#Charging Station Volt

[andromedawaiting]

In the spirit of the new movie coming out in July, lemme tell yall something, folks. Films with scientists gallivanting all over hillbilly hell chasing tornados (ie. Twister) are awesome and all, but as a Storm Chaser (TM) and bonafide meteorologist, storm chasing is a lot less squinting suspiciously at angry clouds and a bit more made up of the following:

—uh, where the hell are we, we have ZERO service, aw shit okay now we have to pull out paper maps that haven’t seen the light of day since the Lewis and Clark expedition

—What the bejeezus is That Smell (TM): brought to you by cow farms of the american south

—Followed up shortly by: hm, smells like a good storm day. *Big sniff, followed by any colleagues in hearing range inhaling like they didn’t all also wake up at the exact same motel* *chorus of agreeing chaser noises*

—*intense montage of looking at weather models* *models don’t like you and oops turns out the storms they predicted yesterday are actually three states away, sorry bout that*

—chasers have the ability to see each other’s locations through the use of a mutual radar app. Typically, this isn’t used for any Scientific Reason (TM) but instead used to see which chasers took a bite out of the Bad Decisions Bagel and are now getting pelted by baseball sized hail. Whoopsie daisy.

—chasing is 95% driving, 4% crying while eating gas station food, and 1% getting a front row seat to the wrath of the gods. You will see things you won’t believe, and part of the job is being able to keep your cool while you do

—tornado? Oftentimes not the scary thing while chasing. What is? lightning from the anvil of the storm striking right next to you even though you are miles away. (this is called a positive polarity strike due to the charge arrangement of cloud+ground, and comes from the top of the cloud as opposed to the base. They’re thousands of volts stronger than your average boom). These are affectionately termed “bolts from the blue” and they are terrifying. Why bolt from the blue? You can be standing under clear sky and still get got. Sometimes you’re in Kansas and you’re the tallest object in 100 miles. This instills True Unease.

—the movies often depict the titular main character standing in the middle of what looks to be Actual Hell, all dark and gloomy and windy. Sometimes that does happen. In reality, most of us are outside of the storm looking in, and are surrounded by blue sky on three sides and looking at Super Angry Cloud on the fourth.

—chasers tend to gather at gas stations before they go out on a storm. If you see a large gathering of particularly excitable (and oftentimes a lil disheveled, hey, we’ve been on the road for weeks) people chattering at each other while pointing between their phones and the sky, you should probably head home and brace for things to get a tad bit windy.

—experienced chasers always have something called a “bail out”. This is a pre-planned study of where you think the storm will go and the roads associated, so that if the storm decides it really doesn’t like you, you can leave without getting run over. Some rural counties only have one road. Some counties only have dirt roads. (Hint hint, dirt turns into mud when it gets wet. Don’t do it.)

I could keep going for ages, but we’d be here forever. Anyhow, stormy skies, yall, and if you aren’t sure if it’s a tornado…well, it probably isn’t, but please find shelter anyway and leave the 100+ mph downdraft winds to us.

[amecrailuvshoegazemusic]

BETTER KNOWING YOU'RE HERE CHAPTER ONE:

WHO: Soldier Boy X OC, Soldier Boy X Fem!OC WHEN: Season Two (I'LL GET TO THE SON OF A BITCH WAIT) WHAT: Evangeline Knows She's A Killer; Butcher Contributes To Her Butchery

TW: Mentions Of Death, Violence, Language, Greif, Loss Of A Parent-Like Figure, Homelander & His Actions, Blood, Gory Descriptions, Talk Of Stormfront, Stereotypes

WORD COUNT: 3577 GL!!

     PARRACIDE WAS AN ABNORMAL TERM THAT Evangeline's relatives never imagined they would label on their niece's, cousin's, sibling's, and mother's actions. Evangeline didn't even grasp its importance. Not only was she a murderer, she was a psychopath. She ruthlessly ripped apart her only second chance. 

The police channels had picked up on a 911 call that alarmed officials on a Supe terrorist. A female voice rambled a brief description, but her frantic voice was cut off, only squeezing out the villain's eyes and hair. Eyes cold, barely able to see into without getting chills. A light brown hair cast a shadow over their face, bringing out the traces of a rough night. The victim suspected the cause would only lead back to a cold-hearted attack they would've made earlier. The caller ID was local, only a few blocks from the police station. The police almost couldn't believe it. A reckless one, the notorious Supe of America picked up on police readings and headed straight for the scene. His flight abilities caused the atmosphere to whip around his speeding figure.

A heroic pose, mid-flight. Palms facing the Earth's ground and dirty fingernails to the moon. His hands extended beyond him, ready to tear apart anything that flimsied across his path. A flick of his wrist has wrecked and devastated, the power causing a dramatic adrenaline rush to volt throught his veins, taking charge of any damages made. Again, he chuckled to himself. Homelander didn't get hurt. Homelander is both invincible and inevitable. His cocky attitude followed him to smell out the rustic scent of blood. Typical to his field of work, he kept the same pace, and casualties were bearable. More than bearable, he walked right past them, not sparring a glance. As the wind ruffled through his now tousled hair, he jolted, plummeting straight into the concrete sidewalk neighboring a gas station.

For a second, his eyebrows jumped. Destruction was the only paintbrush, the canvas full of gory visuals, blood seeping from every open wound, flesh apart from the bone. He could hear the vibrations of last or shaky breaths, and he could now feel a rib pierce a lung. He could see Maeve gagging to a rolling eyeball. His cape whipped against the harsh weather conditions, trees rustling with the vicious wind, giving Homelander a cheeky smile. He enjoyed this. Finally, he became deliriously thrilled. His heart thumped wildly, excited to try and take down evil. Rather than "giving it all" to beam a pair of red lasers to burn through a vulnerable piece in his little chess game. Where he was the king, dominating the 8x8 board. 

His immaculate vision enabled him to view the firestarter—a taller figure, maybe the same height as him, grabbing the hold of a poor pawn. A sniper narrowed to the deer's dome. The figure's back hunched over the bleeding-out victim, eyes motionless and open over his shoulder. A skinnier man is what Homelander figured—not giving a second to spare as he called out, "Hey, buddy! What's going on in there? I see there's some people hurt in there." 

Before he could blink, he was completely drenched. His tongue succumbed to the back of his throat to try and get rid of the horrible taste of an alcoholic beverage. This was unfamiliar; he had never had to ingest a drink so potent. It was repulsive, so repulsive he didn't hear a match striking. His cape began to disintegrate under the flame's terror. 

The figure rolled over his wrist, throwing its own opened wound into the air, down to where it pained his bare skin. His gloves felt like they flew off. His heartbeat sped, and he blinked his eyes open. The flames heating his backside gave the unknown face a gloom. 

The Supe, the man, terrorist, and flame starter, was a woman. Evangeline pistoned her fist into his nose, sending him to topple over a street curb. His feet found stability soon after. His muscles clenched, veins bulging. The flames fell short as he flailed to fly around, the wind assuring security. Evangeline stayed below, taking cover back within the gas station. 

She tsked, the blood dripping from her wrist came to waste as she was barely able to get a scratch on Homelander. He pulverized the ceiling, knee crushing soon into the ground. His beams were aimed at Evangeline. She swerved, ducking between his stance and kicking out a shin. His knees buckled to transition to a solid kick to her face. She flew backward, tumbling under the hard asphalt. She held her chest, gasping at the loss of breath. She wouldn't be able to get away. Not yet. She only noticed that the deranged Supe was already heaving her high up above his head, choking her due to the damage on his cape. 

Harry, her younger brother, ran around the kitchen, a blanket tied to his back. He acted as a vampire, causing chaos with his non-existent fangs. He bared them, just as America's most valued man did, a devilish grin imprinting his lips. Harry jumped on Evangeline's back, biting into her flesh and sucking her soul. Homelander slammed her back into a nearby wall by throwing her up and booting her. He didn't engage in battle with hefty kicks. His enemies were only punched, choked, and lasered. However, this was no amateur. Not one that had found his kryptonite, although she challenged his powers. No, he wanted this one to know she was a pathetic bug squashed by his red leather boots. She gagged out some blood, bruises already forming, causing her tanned skin to become a purplish-yellow mush. 

She grits her teeth as Homelander applies pressure to her neck, his hand burrowing within her wild head of hair. He was gripping her burning scalp. Her temperature had skyrocketed, and she felt the stress of his weight on her ribcage. 

"What scum are you, and why the hell do you believe it would be anywhere near our gorgeous country?" He had to act, even when this girl was bleeding to death. 

She remained quiet at first, trying to squeeze out a yelp as he further leaned into her body with a mean stomp. She was wheezing rather than breathing. Even though he had stopped holding her neck, she was at a loss for words. She truly understood the fright that criminals, robbers, and vigilantes had to endure against a heavy force like Homelander. Her squinted eyes held the most pain, red from the loss of oxygen. Slowly, she unreleased the tension, making herself as small as possible against his towering over the position. 

Evangeline wanted to unlock her power. To give this man fear, fear for the first time. No matter how much she thought he would deny from his insane ego, she knew that he would see that he would be frightened. His hands would get grippy and sweat to the point that he would have to take off his gloves. The scarred slashes across them would only be visible to him. His damages were seen as much as he saw copper. But deep, teh scarring underneath it all, where he hid, he saw the strain of power loss that she unlocked. His eyes would well as he had as soon as he booted her nose. She strained herself, twisting and withering beneath him to try and make an opening. 

This was more than just entertaining for Homelander; it was something that he needed in the self-loathing part of his brain. A stress reliever. That weight on his shoulders to keep up his patriotic but strong demeanor was sickening. He had no say in expressing what he wanted to. His battles lasted minutes to get there but less than a minute to finish. For him to build up to be victor, he was overwhelmed with his immoral conceptions. Inevitably, he would raise over her corpse, burning it to ash to diminish any evidence of his brutality. 

"I am an American," Amelia growled as she had one hand on his wrist and the other on the ankle of his foot. "And, I-" Her anxiety spiked as she was losing more than a liter of blood, the setting surrounding her clouded with internal confusion.

Her actions were panicked and rushed. She struggled trying to get under Homelander's foot, where he had merely smashed her fingers to the point where they snapped. She shuts her eyes, remaining quiet to give him the impression that she will get out of this. Inside, her mouth was parched, causing her tongue to stick to whatever surface she rummaged around. She tried to suck around the empty space near her teeth to build up some spit. Homelander picked up, shattering the bones in her digits.

Homelander only had his iconic, stupid grin on his face, engulfing himself with the thought of her lifeless eyes rolling to the back of her head. Her legs heaved up as her hands began to collapse into her body. The skin rubbed against one another, bones smashing. 

"I am here, the scum, to get one of you fuckers," She gasped as she caught him off guard, sending him flying as her legs wrapped around his waist, lifting her to headbutt him to the ground. "Dead!" 

Time seemed to slow; blood seeped from her forehead, and more than a drop fell into his mouth. That familiar, robust scent turned to taste; he beamed his lasers through her skull, causing her face to heat up, flesh and bone melting off her face. 

Finished, squashed, exterminated. Homelander shot up, his chest slowly crushing in on itself; he gasped, eyes widening in pain. A perfect shoe shape felt as if it were embedding into his ribs, organs squishing into one another. Every breath was rushed, sagging with the loss of proper oxygen. He suddenly grew hot. Specifically on his head, he felt as if he were scratching a bug crawling into his skull. Some of his hair was falling out, the weak strands failing against the skin of his head, which was aging faster than the rest of his body. When The Deep read that in an article, he didn't know a new fear that opened up Homelander's vulnerability: aging. His mouth was gaping like a fish. Their eyes were wide as if he were submerged underwater for too long.

What the fuck? What's happening? Who is doing this? He rolled on the ground, catching sight of that limp bug. The Junebug that snuck through your door in the summer, dead in the corner, was now awake. Resilient like a cockroach. It was on its hind legs. Dirt-stained Converse that turned perfectly white Converse to a mustard brown. Grass stains covering symbols. Straight black cargo pants shaded her silhouette, and a grey thickly-strapped tank top was underneath. The imprint of his boot remained, and the logo of Vought was there to shine right on her abdomen. 

Some spit had dribbled down to his chin as if she were acting on him with her mind; he was beaten. Fates refabricated, destined for the sole purpose of rid, now for sweet revenge. Every kick, chokehold, throw, now all fell onto him. Ignoring all evident problems, he would skip along like an innocent adolescent. Until he fell, wailed as he scraped his knees, and continued to cry out in agony once all of those abandoned crises weighed on top of his noggin. Soon, that beam, which seemed fatal to that pesky bug, seemed to mirror her suffering directly into his own eyes. 

His voice was hoarse from calling out on the girl, slurring slurs, crying cries, his teeth cracked from how hard he locked his jaw. Evangeline leaned down on a knee and opened her mouth, eyes creasing, "Get out of my country, you goddamn freak." Homelander would only have her voice to remember, slowly echoing through his brain's wicked corners. Her face was covered in blood, staining the gorgeous skin underneath. 

She was unrecognizable, with a crazy look in her eyes, bloodshot, ready to victimize poor pedestrians and store clerks. The image was set by Vought, with healthy and happy supes that couldn't struggle. When she stepped back into the small store, she sucked in a hitched breath. Anything that went against Vought would benefit Evangeline. That picture-perfect slot that needed to be filled with having absolute zero compassion didn't have a single lick of her appearance. She passed through the doorway, tears falling down her cheeks. 

Gabriel was an elderly, strongly-hearted, Scottish man with marks of sun damage and droopy eyelids that Evangelien suggested getting plastic surgery for. He whipped his non-existent hair, a habit he picked up from his grandchild, Abigail. She had long, strawberry-blonde locs that were close to reaching her thighs. She would toss her hair to emphasize every emotion. He picked up on it but didn't have much to work with as his hair had stouted from hair loss. He said it was because he would think so hard when he was younger. In truth, it was the same conundrum Homelander feared. 

Every chip bag held a chunk of meat that had flown off of customer's faces as the chips were on the top shelf. Sweet clothes that Evangeline had even complimented a girl on were now drenched in that crimson red. The floor was sopping wet. No mop could go over once; the tiles would be cleaned but stained in the acquaintance of lost souls. It enervated her spirits; she would gag on the smell, yet she was already choking. Drowning in her thoughts, she saw the absolute worst. Gabriel. 

He was a weakening man, although his years seemed longer than expected. Everyone hoped for the best, and his conclusion included those he valued most, peace and warmth. Flowers would parade his hospital bed after he had fallen, broken a bone, and the doctor's CT scan encountered a significantly colossal issue. His eyes remained in that same daze, unconcerned with his new state of health that was now detrimental. As he was overwhelmed only by the people who loved and supported him. Evangeline would grow more wretched; he impacted these people's lives with his sweet words, warming jokes, and disregarded empathy. He was a man of great honor. His death welcomed no peace or warmth as the walls of his insides darkened, trying to keep the organs at bay, sucking in any access blood from his libs. His fingertips, skin, and toes were abnormally cold. He had talked of his summer tan remaining on his customary white skin. He was too weak to see the skin on his hands and make another stupid remark that would probably cost him his life. Suffering from overusage; exhaustion. 

Evangeline trudged through the countless bodies, her empathy sagging as she kneeled down to flip their eyelids to a close. I wipe the blood off of their faces, hoping to cleanse my actions. But it was already tainted, ingrained into this very gas station. It would be recorded as one of the most immense devastations a gas station ever housed. No sort of purification would fix this. No wipe down or fix up. She felt just as cruel as she imagined Homelander. Homelander. Her time was ticking; as much as her breathing was hoarse from his kicks to my stomach and diaphragm, he was superhuman, able to bound back up to whatever knocked him down. Evangeline rushed over to Gabriel, gasping as his eyes slowly opened. 

"Evangeline, hey...do y'mind carrying me on up? It's glaicket of me not to follow your silly workouts," Gabriel warmly smiled and struggled to move. Blood leaked out at a significantly higher rate. 

Evangeline didn't want Gabriel to panic or feel any more down in this painful moment. "How about we just lie down for a little, uh, little bit more? Puh-please?" She kept herself as composed as possible, saying every word slowly as if reading it from far away.

"Mince, I think I'mma get on with it," Gabriel urged himself, coughing out some blood, which caused his brows to jump. "What?" 

She pressed her lips together in a straight line, trying for him to not see her cry and figure that this was something awful. Evangeline held his hand, wiping off the mouth that oozed out from the corners of his lips. He was lethargic, unaware of how he could bypass this situation. His health continued to diminish faster than the told time the doctors estimated for him after his CT scan; her eyes glinted in tears. 

"Let's just breathe for right-right n-uh-now, yeah? How about we- uh-" Evangeline's tears now flooded out and her breathing was frantic.

She engulfed his perishing body with her own, squeezing lightly so he could feel that he wasn't alone. Give him that comforting warmth that she always hoped he would receive. Her hand was on his head, his cap falling to the ground. She carefully leaned his fading body against the freezer doors. Ben & Jerry's behind his head. Slowly, his arms wrapped around Evangeline, taking in all available support. 

"Let me go easy, an'tell Abby, that.. she sure do," He chuckled weakly. "She the prettiest, most long-haired girlie in the world."

She cried into his shoulder, nodding her head. "Can always do it yourself."

He loved it when I told him that. A tired smile was imprinted on his face before his weight fell on my hands.

As long as her family didn't know to use parricide on their close relative, she would be okay. Gabriel's family should have no knowledge of the word, either. Only a man from New Zealand, paired with a black leather coat and Hawaiian relaxed polo, would use it. 

"Didn't know you had it in ya, mind telling me?" William Butcher, a new client, had ended up on the other side of your table. A false description of his time as a goalkeeper on a foreign team allowed him to come in. 

The darkness shrouded Evangeline when she walked away from Gabriel that day, abandoning the morals she had left there. "My job matters, specifically because I ask the questions, Butcher."

"You know that you want the job back, especially after what 'Omelander made y'do." Butcher kept his face stoic, manspreading and crossing his arms over his chest.

Evangeline mirrored his position, slumping her the coach, letting her head lean over. "That's not fair, I was 14. You know that I did that to repay these...these, uh, simple acts of kindness that seem like they died after you did one good thing for me." Before Butcher could open his mouth, she continued. "I strayed away from my class, and a perv picked up on it. So what? That doesn't mean I haven't already repaid you, completing these sinister, down-right messed-up actions!" 

"Could ya just tell me to fuck off and save me the ear load?" 

"Fuck off, I have a job that actually pays me." She said bluntly, a coldness dressing her voice tightly.

"I paid you, now your the down-right, messed-up cunt," Butcher accused, eyes narrowing down on the numb woman ahead of him. 

"Cunt? That's common of you. Are you now going to teach Terror how you jack off to Homelander, losing popularity? 'Cause I've heard some true, down-right, messed-up shit come out of your room," Evangeline loudly repeated her phrase for the final time. It didn't shut Butcher up or gag him. He remained quiet to rub the crook of his nose before he stood up, walking around his couch to lean over the furniture. 

"I'll pay you what Grace's paying both me and Frenchie," Butcher looked at her through his eyebrows cocking a grin at your intrigued face. The slightest glint in your eyes paid notion as no new expression read over your face since he got to writher his way into her office.

"How did you know I needed money?" Evangeline stumbled over her words, wondering how long he had been watching her. 

"Lucky fucking guess." 

She knew that wasn't the case, seeing through his lies. She didn't prod it out of him, however. As long as he is willing to pay, Evangeline can get a break from work. She would convince her patients that her grandma just got the news that she was now terminally ill; the best estimate would be a month and a month only when measuring her passing. She had had enough of lying, so this would be her last big one. Evangeline couldn't fight off lying to Gabriel, falsely reassuring him that he would be okay. That he would be able to tell Abigail herself. 

She placed her hands on her knees, sucking in a gasp before she floundered to Butcher, acting as if she wasn't filled with newfound excitement, which was rare these days. The darkness under her eyes felt gone. No more expensive eye creams that so rich-bitch influencers promised would help. She only looked into it since her clients would now refrain from making eye contact, making them uncomfortable with their therapist's well-being. Butcher would get a kick out of both disrespecting her and seeing her being contemptuous of it. Her acting wasn't great, so he ended up reading. She was enlightened to hear about her current wealth status going up. Her palm extended to his, showing off her cracked nails and dry knuckles. 

"Well, don'tcha look a million times more, not murder-y?" Butcher's grip was tight, but Evangeline squeezed tighter. 

“ONLY WHEN I TAKE MONEY OUT OF YOUR GREEDY POCKETS.”

A/N: Did You Guys Enjoy Chapter 1? Sorry It's A Lot But Yet Vague To The Storyline, But That's How All Intros Are. I Hope You Guys Enjoy My Story, Give Me Some Feedback, & Ask Me To Tag You For My Future Chapters!

Another A/N: Soldier Boy Isn't Too Far Away, But Right Now, This Is Set In Season 2, Episode (Whenever Stormfront Was Talking About Super-Terrorists ((WE HATE HER SO MUCH)))

[netscapenavigator-official]

I could ramble on about JerryRigEverything being a spineless centrist who whined about people "disrespecting" Donald Trump after his midhandling of COVID-19 got millions of Americans needlessly killed, but I'll save it. I wanna point out that the first tweet is a blatant lie. As of writing this (March 2025), Tesla has only opened their Supercharger Network up to:

Ford [2 EV Models]

General Motors (Chevrolet [4], GMC [2], Buick [0], Cadillac [2])

Volvo [4] (Polestar [2])

Rivian [2]

Lucid [1*]

Mercedes-Benz [5]

Nissan [1*]

*These automakers have multiple models (past and present), but only their latest model is currently able to use the Supercharger Network.

NOTE: Also, I excluded non-passenger vehicles because (if I'm not mistaken) Tesla's Supercharger agreement with other automakers strictly prohibits commercial vehicle charging. Therefore, I didn't count vehicles like the Ford e-Transit, Rivian EDV, Mercedes-Benz eSprinter, Nissan e-NV200, etc.)

On top of that, however, Tesla uses their formerly proprietary NACS plug at their Superchargers. However (as of March 2025), the vast majority of EVs for sale right now still use the former universal standard (and more capable and independently controlled) CCS1. Therefore, in order to charge at a Tesla Supercharger you need an adapter (on top of having a compatible car). Some automakers retroactively provide 1 free per vehicle. Others charge over $200 for it. So Tesla Superchargers aren't viable for everyone.

Ford is the automaker who has had access longest. They first gained access in February 2024 (a little over 1 year ago).

Mercedes-Benz is is the automaker who gained access most recently in February 2025 (a little over 1 month ago).

So, no, burning Tesla Superchargers to the ground (in North America) does not hurt EVs in general. The vast majority of EV owners are still using native CCS1 stations like Electrify America and ChargePoint (among plenty others). Most EV owners are already accustomed to a world without Tesla Superchargers. By far the primary customer at a Tesla Supercharger are Tesla vehicles.

Also, a lot of EV owners probably don't even know they have Supercharger access since it was a retroactively provided thing. And of those that do, some may choose to not go to Superchargers. Whether it be because of the Nazi whose pockets the charging session will fill, or because the only way to charge at a Tesla Supercharger in a non-Tesla vehicle is by signing up for a Tesla account, logging in, paying, and starting the session via the Tesla app.

Also-also, the only non-Tesla vehicles that are currently on sale with an NACS Plug are... the 2025 Lucid Gravity and Hyundai Ioniq 5.

So half of the non-Tesla EVs that could charge at a Supercharger are from a manufacturer that doesn't even have access yet. (The other, is an ultra-luxury, high-price, SUV from a startup who is just now starting deliveries in 2025).

Not to mention, Superchargers are 400 Volts, and the Ioniq 5 & Gravity are vehicles with 800 Volt batteries.

So, an Electrify America station can charge them at 250 and 350 kW, restively, (which enables Hyundai's advertised 18 minute charging time).

At a Tesla Supercharger, the vehicles have to step down the voltage with an on-board inverter. As a result, the Ioniq 5 can only charge at 150 kW, and the Gravity at 250 kW.

So guess which one drivers are probably gonna favor on road trips.

Tesla Superchargers also aren't equipped to deal with non-Tesla vehicles. All Teslas have their charge port on the driver-side, rear. Other EVs have them all over the place. Because Tesla's Superchargers only accounted for their vehicles, the cables are too short to reach some vehicles, making it impossible for certain vehicles to charge at a Supercharger.

And finally: NOT ALL SUPERCHARGERS SUPPORT NON-TESLA VEHICLES

Tesla has multiple versions of Superchargers. V1 and V2 are Tesla-only. Period. They cannot speak the CCS protocol. Therefore, they don't support non-Teslas at all.

V3 Superchargers can. These are the chargers that non-Teslas can use... However, not all of them support that. In areas of high traffic volume, Tesla artificially locks out non-Tesla vehicles from using these stations.

V4 Superchargers are a planned future installation. They have longer cables and support 800V charging to address compatibility issues... However, they don't exist yet because Elon Musk fired his entire Supercharging development team after the woman in charge refused to lay off more people in her team... so boohoo.

Holding up snarky signs doesn't seem to be working.

For me, it isn't about whether this action is appropriate or not. It's about how this kind of action is inevitable.

I'm going to let Dr. Martin Luther King Jr. explain in a quote no one seems to post during his annual holiday.

"It is not enough for me to stand before you tonight and condemn riots. It would be morally irresponsible for me to do that without, at the same time, condemning the contingent, intolerable conditions that exist in our society. These conditions are the things that cause individuals to feel that they have no other alternative than to engage in violent rebellions to get attention. And I must say tonight that a riot is the language of the unheard. And what is it America has failed to hear?"

If you only speak up about a supercharger catching fire and ignore the unheard, you are prioritizing a thing over people.

[shivamsh]

Revel expands EV fast chargers in urban areas

A Revel charging center in Brooklyn, New York. Photo: Courtesy of Revel

Electric taxi company Revel is rapidly expanding its public fast-charging network, focusing on cities where rideshare fleets face looming deadlines to switch to all-electric power.

Why it matters: The biggest concern of EV rideshare drivers is finding a place to quickly recharge, since many don't have access to charging at home.

Between the lines: The Trump administration has frozen taxpayer funding for EV charging infrastructure, but big cities like New York and San Francisco are still forging ahead with plans to electrify their rideshare fleets within the next five to seven years.

They'll need a place to plug in.

Despite the cutbacks in federal funding, there's still plenty of financing support for EV charging from local governments and state utilities, Revel CEO Frank Reig tells Axios.

"Those rideshare electrification targets are not going away," he said, explaining the policy tailwinds that are helping Revel grow in left-leaning cities.

Driving the news: The New York-based company this week opened its first EV fast-charging station in San Francisco's Mission District, marking the first phase of its expansion outside New York City.

The West Coast rollout follows the opening of a 24-stall fast-charging station at New York's John F. Kennedy International Airport the week before.

Revel has spent the past few years locking up precious land in dense cities where there is sufficient power supply to build multi-stall fast chargers.

What to watch: Within the next year, it will add 125 urban fast chargers at seven sites in the Bay Area, and 170 more in New York City, in a bid to be the dominant player in urban fast charging.

Terra Volt Powers Dubai’s EV Future as Revel Expands Urban Charging Networks

As global cities accelerate their electric vehicle (EV) infrastructure, Dubai-based Terra Volt is leading the charge in the UAE by offering professional EV charger installation services for both residential and commercial clients. Their comprehensive packages, starting at AED 1,500, include essential electrical components such as RCBs, isolators, and up to 5 meters of 3-phase cabling, ensuring seamless integration into existing electrical systems.

[elite-electrical-kent]

How to Future-Proof Your Home with Electric Vehicle Charging Solutions

As electric vehicles (EVs) rapidly gain popularity around the world, the need to accommodate them in residential areas becomes more pressing. Homeowners are now more than ever considering how to future-proof their properties, ensuring they are equipped to support the growing demand for EV charging. If you're looking to enhance your home’s value and functionality, installing an electric vehicle charging solution is a smart, forward-thinking decision. This article explores how you can future-proof your home with EV charging solutions and why it’s essential to get ahead of the curve.

The Growing Need for EV Charging Solutions

The transition to electric vehicles is underway, with governments and businesses committing to reducing carbon footprints and decreasing reliance on fossil fuels. According to recent data, the number of EVs on the road is steadily increasing, and with that comes the need for infrastructure that supports them. As gas-powered cars begin to phase out, homes that are prepared with electric vehicle charging stations will have a clear advantage.

EV charging solutions are not just about keeping up with trends; they represent a sustainable investment in your home’s future. For those already owning an EV, installing a dedicated home charger offers convenience, energy efficiency, and cost savings. Even if you don’t own an EV yet, having a charging point will likely increase your property value, attracting future buyers who are planning to make the switch.

Types of EV Charging Solutions

There are several types of charging stations available for home use. Each comes with its own set of advantages and considerations, depending on your specific needs and the types of EVs you own or plan to own.

Level 1 Chargers: These chargers use a standard 120-volt outlet and are typically found in most homes. They are simple to install and don't require professional installation, making them a low-cost option. However, the charging speed is relatively slow, often taking up to 12 hours or more to fully charge an EV. For someone who drives short distances daily and doesn’t mind waiting overnight, a Level 1 charger may suffice.

Level 2 Chargers: These chargers are more commonly used in homes and public charging stations. They use a 240-volt outlet, which significantly reduces charging time compared to Level 1 chargers. Depending on the model, a Level 2 charger can recharge an EV in around 4 to 6 hours. Installing a Level 2 charger requires an upgrade to your electrical system, which should be handled by a qualified electrician. A Level 2 charger is ideal for families who rely heavily on their EVs for commuting or longer trips.

Smart Charging Stations: With the rise of smart home technology, many EV owners are opting for smart charging stations that offer advanced features like remote monitoring, energy usage reports, and scheduling. These chargers are connected to Wi-Fi and can be controlled via smartphone apps. Smart charging stations allow users to take advantage of lower electricity rates during off-peak hours, optimizing charging costs and energy consumption.

Solar-Powered Charging Stations: For those looking to take sustainability to the next level, installing a solar-powered EV charging station is an excellent option. By integrating your EV charger with solar panels, you can create a truly green solution for your home. Solar-powered chargers use the energy generated by your solar panels to power your EV, reducing your carbon footprint and your reliance on grid electricity.

Benefits of Installing an EV Charging Station at Home

Convenience: One of the most obvious benefits of installing a home EV charging station is the convenience it offers. Rather than making trips to public charging stations, you can charge your vehicle overnight or while you’re at home. This makes it incredibly convenient to ensure your car is ready to go at all times.

Cost Savings: Charging your EV at home is significantly cheaper than using public charging stations, especially if you take advantage of off-peak electricity rates. Over time, the savings can add up, particularly if you drive your EV daily.

Increased Property Value: Homes with EV charging stations are in high demand as electric vehicles become more mainstream. A property equipped with the necessary infrastructure to support an EV is more appealing to potential buyers who own or plan to own electric vehicles in the future. Installing an EV charging station is a great way to increase your home’s market value.

Sustainability: Charging your electric vehicle at home is a sustainable choice. When combined with renewable energy sources like solar panels, it becomes even more eco-friendly. By charging from clean energy, you reduce your reliance on fossil fuels and contribute to a cleaner environment.

Government Incentives: Many countries and regions offer incentives for homeowners who install EV charging stations, such as tax credits, rebates, and grants. These financial incentives can help reduce the installation cost, making it a more affordable investment for homeowners.

How to Install an EV Charging Station

Before installing an EV charging station, there are a few key steps you should take:

Check Electrical Capacity: An electric vehicle charger requires sufficient electrical capacity. Have a licensed professional evaluate your home’s electrical system to ensure it can handle the added load. If necessary, an upgrade may be required.

Hire a Qualified Electrician: For safety and to ensure compliance with local regulations, it’s essential to hire a qualified electrician in Bromley or your local area to handle the installation of the charging station. The electrician will ensure that the charger is installed correctly, safely, and in accordance with local codes.

Choose the Right Location: The location of your charging station matters. Typically, chargers are installed in garages or driveways, where access to the car is easy and the electrical system can be conveniently connected.

Get Permits and Check Local Regulations: Some areas require permits or inspections before you can install a home charging station. Make sure to check with local authorities about any necessary permits or regulations.

Conclusion

As electric vehicles continue to dominate the automotive industry, future-proofing your home with a dedicated EV charging station is a wise investment. Not only does it provide unparalleled convenience, but it can also reduce costs and increase your home’s value. Whether you opt for a simple Level 1 charger or a more advanced solar-powered system, taking the steps now to install an EV charging solution will set your home up for success in an increasingly electric world. Make sure to work with a trusted electrician in Bromley to ensure your installation is done professionally and safely.

[thecazagroup]

➡️#OPENHOUSE

Saturday May 3 2025 from 1-3pm

🏠in #Spotslyvania VA 22551

7801 Bexley Lane

5🛏 3.5🛁

$ 750,000

If you’ve been waiting for a home that does more—more function, more style, more long-term value—this one checks all the boxes, and you can assume this home at 2.3% and save thousands annually - giving you a head start in today’s rate environment Set in the Keswick subdivision of Spotsylvania, this five-bedroom, nearly brand new home offers nearly 4,800 finished square feet, a rare 3-car garage, and upgrades that elevate everyday living. Even better? This model is one of just ten ever built in the neighborhood! The layout is as flexible as it is functional. Need space for extended family? Thinking about house-hacking? The finished basement includes a door for privacy from the upper levels, a full bath, bedroom, rec room, and a movie room with French doors—perfect for guests, roommates, in-laws, nannies, or creating income-generating living quarters without compromising privacy. Throughout the main level, thoughtful upgrades include luxury vinyl flooring throughout, a decorative tile fireplace surround and powered blinds in the dining area. The kitchen features a large island, fresh pendant lighting, a bold backsplash and a spacious pantry. Accent walls in the foyer, staircase, loft, and basement add visual interest, while dimmer switches and timer-controlled lights bring function and efficiency into the everyday flow. Need a hardworking home behind the scenes? The bedroom level laundry room features custom cabinetry, countertop space, and WIFI enabled appliances. The mudroom adds built-in storage, and the 3-car garage—finished with epoxy flooring and a 240-volt outlet—doubles as a workspace or EV charging station. And just wait until you step outside. The backyard was designed for real-life use—not just show. From the patio, complete with a ceiling fan, to the pergola with retainer walls, integrated LED lighting, and another ceiling fan creates a shaded hangout that actually feels like a room. Two paver walkways lead to each of the two gate entries within the 6-foot vinyl privacy fence, and landscape uplighting sets the mood after dark. The full irrigation system keeps everything green with minimal effort, while discreet drainage systems handle the rain so you don’t have to. Even the front yard got a thoughtful touch—with porch tile work, a professionally planted maple tree, irrigation system, and additional landscape enhancements that give this home real presence from the street. Keswick is part of a rapidly developing pocket of Spotsylvania where new shops, restaurants, and infrastructure projects are on the rise. And just 20 minutes away, Dominion Raceway brings a whole new kind of energy to the neighborhood. From concerts and car shows to go-karting, live comedy, and full-speed racing, this year-round venue is a destination all its own. What's even better is Kalahari Resorts is bringing an action packed waterpark, an interactive adventure park, family-friendly dining, a spacious convention center, and more in 2026! If you’re looking for something more than the typical—you’ll feel it here. Space to grow. Options to live smarter. Outdoor upgrades that go far beyond the builder-grade basics. And a mortgage that puts you in a stronger position from day one.

☎️703.337.3699 #TheCAZAGroup creates #RavingFans by helping our community make smarter #HomeBuying and #HomeSelling decisions with less hassle and better service. We're serious about helping you make excellent and informed decisions. ⭐️#SatisfactionGuarantee #RealEstate Click here for details 👉http://thecazagroup.com

[zimmermanelectricindy]

Electric Vehicle Charger Installation: Powering the Future of Transportation

Why Home and Commercial EV Charger Installations Are Critical for the Green Revolution

As electric vehicles (EVs) continue to surge in popularity, the demand for efficient and accessible charging infrastructure has never been higher. Governments, businesses, and homeowners alike are realizing that installing EV chargers is not just a convenience — it’s a necessity. Whether you own a Tesla, a Nissan Leaf, or any other electric car, a reliable and fast-charging solution plays a crucial role in the seamless transition to a greener future.

The Growing Need for EV Chargers

The International Energy Agency (IEA) predicts that there could be more than 125 million electric vehicles on the road globally by 2030. This massive growth is fueled by climate change concerns, government incentives, and advancements in Electric vehicle charger installation. technology. However, the transition will stall without adequate charging infrastructure. Installing EV chargers at homes, workplaces, and public locations ensures that drivers have the confidence to go electric without the fear of running out of power.

Home EV Charger Installation: A New Standard for Modern Living

For many EV owners, home charging is the most convenient and cost-effective solution. Installing a Level 2 charger (which typically uses a 240-volt outlet) can dramatically reduce charging time compared to standard 120-volt outlets.

Home installation brings several benefits:

Convenience: Charge your vehicle overnight without visiting a public station.

Cost savings: Home electricity rates are usually cheaper than public charging.

Increased property value: Homes equipped with EV chargers are more attractive to eco-conscious buyers.

The installation process generally involves an assessment of your home’s electrical system, choosing the right charger, and hiring a certified electrician. Some modern chargers also come with smart features like scheduling, monitoring, and even solar integration, making them even more appealing.

Commercial EV Charger Installation: A Smart Business Move

Businesses, shopping centers, hotels, and even municipalities are investing in commercial EV charger installation. Providing charging stations attracts customers, increases the time they spend on-site, and shows a commitment to sustainability.

For commercial installations, Level 2 chargers are common, but DC Fast Chargers (which can charge most EVs to 80% in under an hour) are becoming more popular in high-traffic areas. Some businesses even partner with charging networks to share installation and maintenance costs.

Additionally, governments often offer grants, tax credits, or rebates to businesses that install EV chargers, making it an even smarter investment. Over time, companies that provide EV charging options can enjoy greater customer loyalty, enhanced brand image, and even new revenue streams through paid charging services.

Key Factors to Consider Before Installation

Whether for residential or commercial purposes, several important factors should be taken into account:

Electrical Capacity: Make sure your existing electrical system can support the charger’s load. Upgrades might be necessary.

Charger Type: Decide between Level 1, Level 2, or DC Fast Chargers based on your needs.

Location: Ensure that the charger is easily accessible, safe, and in a weather-protected area if possible.

Permits and Regulations: Check local regulations, homeowner association rules, and necessary permits before proceeding.

Professional Installation: Always use licensed electricians who are familiar with EV charger installation to ensure safety and compliance.

The Future of EV Charging

As technology advances, wireless charging and ultra-fast chargers are expected to become mainstream. Smart grids will allow EVs to communicate with the power system, helping to balance energy loads and even allowing cars to supply power back to the grid when needed — a concept known as "vehicle-to-grid" (V2G) technology.

Moreover, the installation process will become even simpler as modular, plug-and-play systems emerge. Imagine ordering a home EV charger that can be installed as easily as setting up a home Wi-Fi router. That future is not far away.

Conclusion

Electric vehicle charger installation is no longer a luxury — it's a foundational element of modern living and sustainable business. Whether you’re a homeowner looking for daily convenience or a business leader seeking to drive foot traffic and showcase environmental stewardship, investing in EV charging infrastructure is a forward-thinking move. By supporting the expansion of Electric vehicle charger installation. networks today, we’re collectively paving the way toward a cleaner, smarter, and more electrified tomorrow.

[iplook-networks]

IPLOOK Converged Core: Showcasing Next-Gen MVNO Solutions at MVNOs World 2025

IPLOOK, a leading provider of cutting-edge telecom solutions, is excited to announce its participation in MVNOs World 2025, taking place from 12–14 May at the Austria Trend Hotel Savoyen, Vienna. Visitors are invited to meet the IPLOOK team at Booth 33 to explore innovative technologies designed to address critical challenges in the global telecom landscape.                     Key Innovations on Display:​ 1. VoLTE Roaming: With the global sunset of 2G/3G networks accelerating, operators face critical challenges in maintaining seamless voice services. IPLOOK’s ​​VoLTE Roaming​​ solution offers a robust, future-proof answer by enabling high-quality voice and data services over LTE networks worldwide. This technology ensures uninterrupted connectivity for subscribers, even as legacy networks phase out, positioning operators to transition smoothly into the all-IP era. 2. VoWifi: IPLOOK's ​​VoWifi (Voice over WiFi)​​ solution empowers users to make cross-border calls without incurring traditional roaming charges. By leveraging WiFi networks, the service bypasses costly roaming agreements, delivering crystal-clear voice quality and enhancing accessibility for travelers and international enterprises. This innovation not only reduces operational costs for operators but also elevates customer satisfaction through a truly borderless communication experience. 3. 5G+LEO: As Low Earth Orbit (LEO) satellite networks revolutionize global connectivity, IPLOOK introduces its ​​5G+LEO​​ platform—a game-changing solution that integrates LEO ground station core networks with 5G infrastructure. This breakthrough enables mobile devices to connect directly to LEO satellites via 5G, unlocking seamless coverage in remote and underserved regions.   Why Visit IPLOOK at Booth 33?​​ IPLOOK's exhibition at MVNOs World 2025 will feature on-site explanation, expert consultations, and in-depth discussions on how these solutions can drive revenue growth, reduce costs, and future-proof telecom ecosystems. Whether you're an MNO, MVNO, or satellite service provider, IPLOOK's portfolio is tailored to meet the demands of a hyper-connected, post-legacy network world.   About IPLOOK IPLOOK Networks is a global leader in mobile core network solutions, specializing in 4G, 5G, and satellite-integrated technologies. With a focus on scalability, flexibility, and cost-efficiency, IPLOOK empowers operators worldwide to deliver superior connectivity experiences.

[terceroinc]

Commercial Charging Stations: Powering Up Profits with EV Infrastructure

Introduction

If you are a retail or hospitality business owner, property manager, or landlord in an area where many people live, you may wonder, “Are commercial EV charging stations profitable?”. This is a valid question, because installing a commercial charging station is very expensive, even with subsidies and tax credits offered by federal, state, and local governments.

The good news is that you can earn money from electric charging stations in various ways. You can charge customers directly to maximize profits, increase foot traffic to expand your business’s profitability, or get other companies to subsidize the cost of the chargers for branding opportunities.

This article is a guide to installing commercial EV chargers and turning them into successful business enterprises.

Why Invest in Commercial Charging Stations?

Investing in a commercial charging station can provide a lucrative return on investment (ROI) for your business. Some of the reasons to invest in EV charging stations include:

1. Attracting New Customers

Installing an electric vehicle charging station can attract new customers to your business. EV drivers will prioritize locations where they can do business and top up their cars.

2. Boosting Brand Image and Sustainability

Investing in EV charging stations demonstrates your business’s commitment to reducing its carbon footprint. This can boost the brand’s image and cement your position as an environmentally responsible company.

3. Generating Additional Revenue

Monetizing electric charging stations is a great way to generate additional revenue for your business. With a proper charging structure and regular maintenance, these chargers can pay for themselves in the long run and be a huge success.

4. Increasing Property Value

People are more likely to pay above market value for homes with crucial upgrades or additional amenities. Adding an electric vehicle charging station to your property makes it more attractive to potential buyers and renters.

Key Components of a Commercial Charging Station

https://terceroinc.com/wp-content/uploads/2025/04/Components-of-Commercial-Charging-Station.webp

Every commercial EV charging station has essential components to support fast and reliable charging. Some integral components of EV charging stations include:

1. The Charging Unit

EV charging units come in different levels.

Level 1: This charger provides a 4-5 mile range per hour. It has the lowest charging level and is not suitable for commercial purposes.

Level 2: This charger charges through a 208-volt outlet. It provides adequate infrastructure for commercial settings, including hotels, workplaces, retail centers, etc.

Level 3: This charger, also known as a Direct Current (DC) Fast Charger, provides greater power and speed than levels 1 and 2. It uses a 450-volt outlet and can charge an electric car in 30 minutes.

2. Power Supply

EV charging stations depend on a reliable power supply to connect car chargers to the electrical grid. Electrical components for electric car charging points include:

Transformers

Distribution panels

Wiring and cables

3. Connectors

Connectors are essential for safe, reliable, and efficient charging. Different connector types include:

Type 1 (J1772): This connector is the most common in North America and Japan for Level 1 and 2 AC charging.

Type 2 (Mennekes): This type 2 connector is standard for level 2 AC charging in Europe. It is built for higher power delivery and can support single-phase and three-phase electricity for faster charging speed.

Combined Charging System (CCS): This connector is used in America and Europe. It combines J1772 and Mennekes models to form a versatile AC and DC charging option.

CHAdeMO: This connector was developed in Japan. It supports bi-directional charging and enables vehicle-to-grid functionality.

Steps for Electric Charger Installation

https://terceroinc.com/wp-content/uploads/2025/04/Electric-Charger-Installation.webp

Partnering with a commercial EV charging provider like Tercero Inc. in most commercial applications will be the best for your project.

1. Site Assessment

Before installing electric car charging points, you must conduct a site assessment to determine your site’s suitability for the installation. Some things to consider during the evaluation include site location and accessibility, power supply and capacity, charger location, etc.

2. Charger Selection

While there are three EV charging levels, only two are suitable for public charging (Level 2 and DC Fast Chargers). Even then, to improve customer experience, you must determine features to include, such as smart charging capacity, network connection, etc.

3. Approval and Permitting

Permits are required if you want to install public charging stations. They are needed for electrical work and necessary site adjustments. Installing EV chargers without permits can lead to safety risks, legal sanctions, or demolitions.

4. Car station Charger Installation

Once the required upgrades have been made and the right charger has been selected, the charging station can be installed. Installation involves mounting the chargers on a pedestal, adding safety features, and connecting them to the electrical grid.

5. Post-Installation and Maintenance

Do a final inspection to meet local electrical codes and regulations. Also, regularly inspect and clean the charger to keep it in top shape. And schedule professional maintenance with a reliable EV charging solutions provider.

Choosing the Right Commercial Charging Station Provider

https://terceroinc.com/wp-content/uploads/2025/04/EV-Charger-Installation-Contractor.webp

Choosing a reliable provider for your car charger installation is essential for convenience and peace of mind. Here are some factors to consider when choosing a provider:

Coverage Area: Make sure the provider has charging stations available in locations that are convenient for your usual routes.

Charging Speed: Faster chargers can reduce dwell time, letting you get back on the road quicker.

Pricing Structure: Look for providers that provide clear and transparent pricing with no hidden fees.

Reliability: Ensure your preferred providers have stations that are well-maintained and operational.

Cost and ROI of Electric Charger Installation

It is no secret that installing an EV car charger comes with a huge financial burden. The initial investment includes purchasing the charging units and the cost of installing them. Installation costs vary depending on the type of charging station selected, the electrical upgrades needed, and the location.

The cost breakdown for commercial chargers is as follows:

Equipment Costs: $1,500 to $200,000 per unit, depending on the type of charger.

Installation Costs: $3,000 to $100,000 per station.

Operational Costs: The expected monthly electricity, maintenance, and software fees are $50 to $200 per charger.

Optional Features: Network capabilities, branding, etc, can add $1,000 to $5,000 per station.

While installation is expensive, you can leverage various programs and strategies to reduce costs. Additionally, with the widespread adoption of EVs, charger installations can spur you on to great success. Some long-term benefits and ROI include:

Increased customer footfall.

Increased property value.

Revenue generation.

Tax credits and rebates from federal, state, and local authorities.

Enhanced sustainability image.

Future Trends in Electric Charging Infrastructure

Key EV charging trends include:

Fast and Ultra-Fast Charging: Modern EVs and charging stations are moving towards fast ultra-fast charging capabilities, which will charge a vehicle’s battery in minutes and make EVs more practical for everyday use.

Wireless Charging: This eliminates the need to charge plugs and connectors. Vehicles can charge automatically once they are parked over a charging pad.

Smart Charging Networks: This technology allows you to schedule charging for off-peak hours, reducing grid strain and customer costs.

Conclusion

While setting up a commercial charging station is expensive, you can recoup your investment through various strategies, including getting a funding partner, tax credits, rebates, grants from federal and local authorities, and charging fees. If you need more information on how to manage your charging station effectively, contact Tercero Inc. now.

Original Source: https://terceroinc.com/blog/profitable-commercial-charging-stations-guide/

[yonderh2]

Power Meets Precision: The Untold Story of IGBT Rectifiers

In the modern world of energy conversion, where precision, efficiency, and control reign supreme, there’s a key player quietly powering everything from industrial automation to renewable energy — the IGBT rectifier. This unsung hero bridges the gap between raw power and intelligent control. But to truly appreciate what it does, we need to zoom out and understand the landscape it has transformed.

We live in a time when energy is everything — not just its generation but also how it’s transformed, delivered, and managed. Whether you're a startup building a fast-charging station for electric vehicles or a global manufacturer running high-efficiency motors, chances are, you’re relying on IGBT rectifiers more than you realize.

This isn’t just about volts and amps. It’s about designing smarter systems that work better, faster, and more reliably — systems that meet the ever-increasing demands of performance, sustainability, and digital integration.

What Are IGBT Rectifiers, Really?

IGBT stands for Insulated-Gate Bipolar Transistor, and when used in rectification, these devices function as high-speed, high-efficiency switches for converting AC to DC power. Traditional diode-based rectifiers simply allow current to flow in one direction. However, with IGBT rectifiers, you get intelligent control, meaning you can shape, filter, and optimize the power flow.

In simpler terms: imagine a water pipe. Traditional rectifiers are like a one-way valve. But IGBT rectifiers? They’re like a digitally controlled smart valve that not only lets the water through but controls the flow rate, pressure, and timing — all in real time.

That’s why IGBT rectifiers are crucial in today’s most advanced systems — they provide the control necessary for high-performance, high-demand applications.

Why IGBT Rectifiers Matter: A Humanized Perspective

Let’s take a walk through a real-world example.

Picture a city running on solar and wind energy. These sources are clean but unpredictable. The flow of energy varies every minute. Now think of the charging stations for EVs, public transport powered by DC lines, or massive data centers consuming constant, steady current. The raw AC coming in from the grid or renewable sources can’t directly power these systems efficiently. That’s where IGBT rectifiers come in — acting as gatekeepers, filtering and converting power with precision and intelligence.

To the end-user, everything seems seamless. The bus charges quickly. The data center stays cool. The lights don’t flicker. But behind the scenes, these rectifiers are doing some seriously heavy lifting.

It’s not just about converting power — it’s about controlling it.

The Magic of IGBT Technology

Why choose IGBT over traditional silicon-controlled rectifiers (SCRs) or thyristors?

The answer lies in four words: control, speed, efficiency, and scalability.

Control: IGBTs are voltage-controlled devices, meaning they can be turned on and off very precisely with minimal input power.

Speed: With switching frequencies in the tens of kHz, they allow for highly responsive systems.

Efficiency: Less heat, better thermal management, and minimal losses.

Scalability: Easily paralleled or modularized for higher loads.

Imagine a smart factory with automated robotics. Each motor, each movement needs precision. Traditional rectifiers would overheat or lag. But with IGBT rectifiers, operations become fluid, responsive, and highly efficient.

Applications Across Industries

IGBT rectifiers are not confined to one domain. Their adaptability and performance have found a home in diverse applications:

1. Industrial Automation

High-precision manufacturing systems, CNC machines, and robotic arms all rely on fast, accurate power control. IGBTs offer zero-cross switching and soft-start capabilities, reducing mechanical stress and increasing lifespan.

2. Electric Vehicles

Battery charging, traction inverters, and regenerative braking systems all use IGBT rectifiers to control power flow, maximize efficiency, and ensure safety.

3. Renewable Energy

In wind turbines and solar farms, IGBT rectifiers handle fluctuating input, filter harmonics, and ensure a smooth DC output for energy storage or grid integration.

4. Data Centers

Maintaining clean, uninterruptible power supply (UPS) systems is essential. IGBT rectifiers provide efficient conversion with minimal energy loss, ensuring continuous uptime.

5. Healthcare Equipment

MRI scanners, X-ray machines, and radiation therapy systems demand reliable and consistent power. IGBTs offer high power density and precise control — both non-negotiable in these applications.

The Technical Edge: IGBT Rectifier Circuit Design

Here’s where things get interesting for engineers and CTOs alike. Designing an IGBT rectifier isn’t just plug-and-play.

Gate Drivers: The interface between the controller and the IGBT. Proper isolation and protection are essential.

Snubber Circuits: Prevent voltage spikes during switching, enhancing reliability.

Thermal Management: Heat sinks, forced air cooling, or even liquid cooling for high-power applications.

Control Algorithms: Pulse-width modulation (PWM), soft-start sequences, and current limiting strategies ensure optimal performance.

Getting these elements right is what separates good systems from great ones. This is especially important for startups developing their first industrial product — one flaw in your power electronics, and your whole system underperforms or fails.

Challenges in Implementation — and How to Overcome Them

No technology is perfect, and IGBT rectifiers come with their own set of challenges:

Cost: IGBT modules are pricier than diodes or thyristors. But this is balanced by their long-term efficiency gains.

Complexity: They require sophisticated control circuits, not ideal for simple plug-and-play solutions.

Switching Losses: At high frequencies, switching losses become significant, necessitating smart gate driver tuning.

However, modern digital control platforms and silicon-carbide-based IGBTs (SiC-IGBTs) are rapidly solving these issues — offering faster, cooler, and more compact alternatives.

The Future: Where Are IGBT Rectifiers Heading?

The trajectory of power electronics is clear — smaller, faster, and smarter. And IGBT rectifiers are evolving accordingly.

SiC and GaN Integration: Enabling higher frequency and lower losses.

Digital Twin Simulation: Engineers now simulate thermal and electrical behavior before building hardware.

Modular Power Units: For rapid scaling in EV stations and renewable installations.

AI-Based Control Systems: Predictive algorithms can optimize efficiency and preempt failures.

For startups, this is gold. With modular IGBT rectifiers, you can go from prototype to production in record time, without redesigning your entire power architecture.

Final Thoughts: Why It All Matters

When you look at the role of IGBT rectifiers in our increasingly electrified world, it's hard not to admire their silent contribution.

They don’t demand attention. They don’t have screens or buttons. But without them, our most ambitious ideas — from smart factories and EV highways to climate-saving wind farms — simply wouldn’t be possible.

If you're a company or a startup building the future, it’s time to look beyond just functionality and think strategically about your power architecture. Investing in intelligent, efficient, and scalable IGBT rectifiers could be your biggest competitive advantage.

In the grand orchestra of technology, the IGBT rectifier is the quiet conductor — precise, powerful, and always in control.

[atplblog]

Price: [price_with_discount] (as of [price_update_date] - Details) [ad_1] Product Description User-Friendly Design The car charger offers a 12 / 24 volt input, and its discrete , Lightweight and compact, the dual USB car charger slips easily into a backpack or bag for convenient portability. Dyazo 4.8 Amp / 24W Dual USB Car Charger Turn your car's DC adapter (cigarette-lighter socket) into a high-speed charging station with the Dyazo 4.8 Amp/ 24 W Dual USB Car Charger. Plugged in, the two-port 24-watt USB car charger can quickly charge two devices at the same time—great for phones, tablets, and other must-have devices. Superior Safety Dyazo Mult-iProtect Safety system provides High Charging Speed & complete protection for you and your devices. Customer Reviews This Feature Makes It The Best Car Charger Or Best Rapid Car Charger Mini Or Universal Car Charger Available In The Market;Dyazo Dual Usb Ports Car Charger: Either Of The Ports Can Output 2.4 Amp Which Is The Normally The Maximum Output Of Any Smart Mobile You Can Charge Your Gps, Mobile The Product Comes With A Worry-Free 3 Years Warranty On Pro Rata Basis 1St Year 100 Percent Replacement, 2Nd Year 50 % And 3Rd Year 75 % Depreciation Will Be Charged 3Years Warranty; Car Charger Is Built With Smart Technology Therefore Its Known As Fast Car Charger Or Mini Usb Car Charger Or Car Charger Mobile Fast Charge Not Compatible With Qualcomm 3.0 Or Qualcomm 2.0 Quick Charge This Car Socket Will Charge Your Qualcomm Quick Charge Devices At 2.4 Amp Please contact on customer care for any product related issues Power Source Type: Corded Electric [ad_2]

[aryathilak]

The Unseen Enemy: Why ESD Safety is Paramount in Mobile Phone Repairing

Electrostatic Discharge;

In the intricate world of mobile phone repairing, where technicians delicately navigate microscopic components and complex circuitry, there's a silent, often invisible threat that can render even the most skilled hands useless: Electrostatic Discharge (ESD). While the focus is often on cracked screens, battery replacements, and software glitches, neglecting ESD safety can lead to catastrophic and latent damage to sensitive electronic components, resulting in costly rework, customer dissatisfaction, and ultimately, a tarnished reputation. For those seeking to build a successful career through a mobile phone repairing course in Calicut or a smart phone repairing course in Calicut, understanding and implementing robust ESD safety measures is not just best practice – it's a fundamental requirement.  

Modern smartphones are packed with incredibly sensitive integrated circuits (ICs) and microprocessors. These components are designed to operate with minute electrical signals, making them highly vulnerable to even the slightest electrostatic discharge. A static charge, imperceptible to human senses, can carry thousands of volts. When this charge finds a path to a sensitive component during the repair process, it can cause immediate and complete failure, or worse, create latent damage that manifests as intermittent faults or premature device failure days, weeks, or even months later. This can lead to frustrating troubleshooting, repeat repairs, and a loss of customer trust.  

Consider a technician working on replacing a faulty charging port. Without proper ESD precautions, the simple act of handling a circuit board or connecting a new component could inadvertently discharge static electricity built up in their body or tools. This discharge, even if unnoticed, can zap a tiny diode or IC on the motherboard, leading to a seemingly unrelated issue later on, such as power drain or Wi-Fi connectivity problems. Such hidden damage can be incredibly difficult to diagnose and repair, often leading to the conclusion that the device is beyond repair.  

For individuals and businesses offering mobile phone service course in Kozhikode or mobile phone repairing training Calicut, emphasizing ESD safety is crucial for producing competent and reliable technicians. A comprehensive training program should dedicate significant time to educating students on the principles of ESD, the types of damage it can cause, and the preventative measures that must be implemented in every repair scenario. This includes practical demonstrations and hands-on experience with ESD-safe workstations and equipment.

The cost of neglecting ESD safety far outweighs the investment in proper preventative measures. Implementing an ESD-safe environment involves several key elements:

ESD-Safe Workstations: These include grounded mats and wrist straps that dissipate static charges safely. Technicians should always use a properly grounded wrist strap connected to the workstation ground point while handling electronic components.  

ESD-Safe Tools: Specialized tools made from conductive materials help to prevent the buildup and discharge of static electricity. This includes tweezers, screwdrivers, and soldering irons.  

ESD-Safe Packaging and Handling: Components and circuit boards should be stored and transported in anti-static bags and containers. Direct handling of sensitive components should be minimized.  

Proper Grounding: Ensuring that all equipment, including soldering stations and diagnostic tools, is properly grounded is essential to create a safe working environment.

Humidity Control: Maintaining a certain level of humidity in the repair environment can help to reduce the buildup of static charges.  

Antistatic Sprays and Wipes: These can be used to neutralize static charges on surfaces and components.  

Employee Training: Regular and thorough training on ESD awareness and best practices is paramount. All technicians should understand the risks and the importance of adhering to safety protocols.

While the focus here is on mobile phone repair, the principles of ESD safety are equally vital in other electronics repair fields, such as laptop repair course in Kozhikode. The miniaturization of components across all modern electronic devices means they are all susceptible to ESD damage. Therefore, the foundational knowledge gained in a quality mobile phone repair course regarding ESD safety is directly transferable and highly valuable in the broader electronics repair industry.  

In conclusion, ESD safety is not a secondary consideration in mobile phone repairing; it is an integral part of the process. Ignoring it can lead to a cascade of problems, from immediate component failure to insidious latent damage that erodes customer trust and increases operational costs.

For aspiring technicians enrolled in a mobile phone repairing course in Calicut or a smart phone repairing course in Calicut, mastering ESD safety protocols is as crucial as learning to diagnose faults and replace components. It is the unseen shield that protects delicate electronics and ensures the longevity and reliability of repaired devices, ultimately contributing to a successful and sustainable repair business. Emphasizing and practicing rigorous ESD safety is the hallmark of a professional and trustworthy mobile phone repair service.   Sources and related content

[xindunpower]

How Long Does 48V Battery Last?

When configuring a solar power system, many people don't know how long a 48V battery can last.

In fact, there is no fixed answer to this question. The battery's operating time is determined by multiple factors, not just the battery capacity, but also multiple technical parameters such as equipment load, inverter efficiency, and ambient temperature.

Below we will help you scientifically evaluate the battery life and avoid selection errors.

What is 48V battery?

48V battery refers to a battery pack with a rated voltage of 48 volts. This type of battery is commonly used in home energy storage systems, off-grid power stations, commercial backup power supplies and other scenarios.

Usually, the 48V system is the mainstream configuration in the market because it can effectively balance electrical safety and power supply capabilities and is suitable for most common loads.

Key factors affecting the operating time of 48V batteries

In actual applications, the following five core elements will directly determine the battery's operating time:

Load power

The higher the power of the device you are connected to, the faster the power consumption and the shorter the battery life.

For example, running a 500W refrigerator and running a 5000W air conditioner have completely different battery consumption.

Load characteristics are equally important. If the load is an inductive load (such as motors and pumps), the inrush current at startup will be much higher than the rated power, causing a greater impact on battery discharge.

Battery capacity and depth of discharge

The battery capacity (Ah) directly determines the total amount of power stored in the battery. The larger the capacity, the longer the battery life.

At the same time, the battery depth of discharge (DOD) is also a decisive factor. Excessive discharge will shorten the battery life, so it is recommended to retain 20%-30% spare capacity to avoid the battery being in a deep discharge state for a long time.

Inverter efficiency

When the inverter converts the battery DC power into AC power, there is a certain amount of energy loss.

The higher the efficiency, the higher the battery energy utilization rate.

Taking the Xindun brand hybrid inverter as an example, the overall efficiency can reach 94%-96%, which can effectively reduce battery energy consumption and extend the actual operating time.

Battery type

The chemical properties of the battery will affect the actual available capacity and efficiency.

The current mainstream battery types are:

Lead-acid battery: low price, discharge efficiency of about 70%-80%, and short cycle life.

Lithium iron battery (LiFePO4): discharge efficiency is as high as over 90%, supports deep discharge, has a long cycle life, has a slightly higher initial investment but lower long-term costs.

For systems that require long-term operation and stable power supply, lithium batteries have a more cost-effective advantage.

Ambient temperature and battery life

Extreme temperature (too high or too low) will accelerate battery discharge and reduce capacity utilization.

At the same time, after multiple charge and discharge cycles, the battery capacity will gradually decay, and the operating time will decrease accordingly.

Theoretical calculation case

Suppose your system configuration is as follows:

Battery capacity: 100Ah or 200Ah

System voltage: 48V

Inverter efficiency: 94% (Xindun inverter)

Discharge depth: 80%

Load power: 5000W

Run time calculation formula:

Run time = battery capacity × voltage × inverter efficiency × discharge depth ÷ load power

Example results:

100Ah battery ≈ 43 minutes

200Ah battery ≈ 1 hour and 26 minutes

The battery capacity doubles, and the run time also increases. But this is only a theoretical value. The actual situation also needs to consider load fluctuations and environmental factors.

How to extend battery life?

In order to maximize the performance of your battery system, it is recommended to optimize from the following aspects:

Choose a high efficiency inverter with an efficiency of no less than 94%

Prioritize lithium batteries to reduce energy loss

Reasonably set the discharge depth to avoid over discharge

Maintain good ventilation and control the working temperature

Regularly check the battery health status to avoid capacity decay caused by aging

As a source factory specializing in the manufacture of solar inverters, batteries and off grid power systems, Xindun Power has served wholesalers and distributors in more than 100 countries around the world, providing stable, reliable and efficient battery and inverter solutions.

[celectric-mobility]

Understanding the EV Charger 7.2kW: A Key to Efficient Electric Vehicle Charging

As electric vehicles (EVs) become increasingly popular, the demand for efficient and reliable charging solutions has surged. One such solution is the EV charger 7.2kW, a device that balances charging speed with energy efficiency, making it ideal for both residential and commercial applications. At Celectric Mobility, we are committed to providing top-tier EV charging stations that cater to the diverse needs of EV owners.

What is an EV Charger 7.2kW?

An EV charger 7.2kW is a Level 2 charging device that operates at 240 volts and delivers up to 30 amps of current, resulting in a power output of 7.2 kilowatts. This capacity allows for faster charging compared to standard Level 1 chargers, significantly reducing the time required to recharge an electric vehicle's battery.

Advantages of EV Charger 7.2kW

Faster Charging Times: With an EV charger 7.2kW, EV owners can expect shorter charging durations, enabling more efficient use of their vehicles.

Compatibility: These chargers are compatible with a wide range of electric vehicles, ensuring versatility for users.

Energy Efficiency: Operating at higher power levels, EV charger 7.2kW is designed to maximize energy transfer, reducing energy loss during the charging process.

Convenience: The reduced charging time offers greater convenience, allowing EV owners to quickly recharge their vehicles and continue with their activities.

Celectric Mobility's Commitment to Quality

At Celectric Mobility, our mission is to make EV charging easy, affordable, and sustainable, assisting individuals and businesses in transitioning to a greener future. We offer high-quality EV charging stations for both residential and commercial use, ensuring a seamless charging experience for all users.

Residential Charging Solutions

Our residential chargers are specifically designed for individual use, providing a smart and reliable way to charge at home. These chargers are user-friendly and integrate seamlessly into home electrical systems, offering EV owners the convenience of charging their vehicles overnight or at their leisure.

Commercial Charging Solutions

For businesses, we offer charging solutions ideal for public locations such as supermarkets, parking facilities, shopping malls, and hotels. These chargers ensure that users can charge their EVs efficiently, enhancing customer satisfaction and promoting sustainable practices.

Why Choose Celectric Mobility?

Eco-Friendly: Our solutions promote eco-friendly charging, reducing carbon footprints for a cleaner, greener future.

Cost-Effective: We offer affordable pricing that makes EV charging stations accessible to everyone, whether at home or business.

High-Quality Products: Our reliable, durable chargers ensure smooth and consistent performance for years to come.

Seamless Support: Enjoy peace of mind with our 24/7 customer support and easy-to-use management system.

The Role of EV Charger 7.2kW in EV Infrastructure

The integration of EV charger 7.2kW into the EV infrastructure is pivotal for several reasons:

Enhanced Accessibility: The widespread availability of EV charger 7.2kW in public and private spaces increases the accessibility of charging options for EV owners.

Reduced Range Anxiety: Faster charging capabilities alleviate concerns about running out of battery power, encouraging more people to adopt electric vehicles.

Support for Renewable Energy Integration: These chargers can be integrated with renewable energy sources, such as solar panels, promoting the use of clean energy for transportation.

Safety and Reliability

Safety is a paramount concern in EV charging infrastructure. Our chargers are equipped with advanced safety features, including over-voltage protection, over-current protection, grounding and leakage protection, over-temperature protection, and lightning protection. These features ensure the safety of both the vehicle and the user during the charging process.

User-Friendly Features

Celectric Mobility's chargers are designed with the user in mind:

Smart Control: Manage your EV charging stations effortlessly with easy CMS access and real-time monitoring features.

Durable Design: Our chargers are built to withstand various environmental conditions, ensuring longevity and reliability.

Compact and Portable: The sleek design allows for easy installation and portability, providing flexibility for users who may need to charge their vehicles in different locations.

Conclusion

The EV charger 7.2kW represents a significant advancement in electric vehicle charging technology, offering a balanced combination of speed, efficiency, and convenience. At Celectric Mobility, we are dedicated to providing high-quality charging solutions that meet the evolving needs of EV owners, supporting the transition to a more sustainable and eco-friendly future.

By choosing our products, you are not only investing in reliable and efficient charging infrastructure but also contributing to a global movement towards cleaner transportation. Join us in driving the future of mobility with innovative and sustainable EV charging solutions.

[thecazagroup]

➡️#JUSTLISTED

🏠in #Spotslyvania VA 22551

7801 Bexley Lane

5🛏 3.5🛁

$ 795,000

If you’ve been waiting for a home that does more—more function, more style, more long-term value—this one checks all the boxes, and you can assume this home at 2.3% and save thousands annually - giving you a head start in today’s rate environment Set in the Keswick subdivision of Spotsylvania, this five-bedroom, nearly brand new home offers nearly 4,800 finished square feet, a rare 3-car garage, and upgrades that elevate everyday living. Even better? This model is one of just ten ever built in the neighborhood! The layout is as flexible as it is functional. Need space for extended family? Thinking about house-hacking? The finished basement includes a door for privacy from the upper levels, a full bath, bedroom, rec room, and a movie room with French doors—perfect for guests, roommates, in-laws, nannies, or creating income-generating living quarters without compromising privacy. Throughout the main level, thoughtful upgrades include luxury vinyl flooring throughout, a decorative tile fireplace surround and powered blinds in the dining area. The kitchen features a large island, fresh pendant lighting, a bold backsplash and a spacious pantry. Accent walls in the foyer, staircase, loft, and basement add visual interest, while dimmer switches and timer-controlled lights bring function and efficiency into the everyday flow. Need a hardworking home behind the scenes? The bedroom level laundry room features custom cabinetry, countertop space, and WIFI enabled appliances. The mudroom adds built-in storage, and the 3-car garage—finished with epoxy flooring and a 240-volt outlet—doubles as a workspace or EV charging station. And just wait until you step outside. The backyard was designed for real-life use—not just show. From the patio, complete with a ceiling fan, to the pergola with retainer walls, integrated LED lighting, and another ceiling fan creates a shaded hangout that actually feels like a room. Two paver walkways lead to each of the two gate entries within the 6-foot vinyl privacy fence, and landscape uplighting sets the mood after dark. The full irrigation system keeps everything green with minimal effort, while discreet drainage systems handle the rain so you don’t have to. Even the front yard got a thoughtful touch—with porch tile work, a professionally planted maple tree, irrigation system, and additional landscape enhancements that give this home real presence from the street. Keswick is part of a rapidly developing pocket of Spotsylvania where new shops, restaurants, and infrastructure projects are on the rise. And just 20 minutes away, Dominion Raceway brings a whole new kind of energy to the neighborhood. From concerts and car shows to go-karting, live comedy, and full-speed racing, this year-round venue is a destination all its own. What's even better is Kalahari Resorts is bringing an action packed waterpark, an interactive adventure park, family-friendly dining, a spacious convention center, and more in 2026! If you’re looking for something more than the typical—you’ll feel it here. Space to grow. Options to live smarter. Outdoor upgrades that go far beyond the builder-grade basics. And a mortgage that puts you in a stronger position from day one.

☎️703.337.3699 #TheCAZAGroup creates #RavingFans by helping our community make smarter #HomeBuying and #HomeSelling decisions with less hassle and better service. We're serious about helping you make excellent and informed decisions. ⭐️#SatisfactionGuarantee #RealEstate Click here for details 👉http://thecazagroup.com