#Solar Battery Installation in Reading

[westcosolar]

Expert Solar Inverter Installation in High Wycombe - West Co Solar

Unlock the full potential of your solar energy system with West Co Solar, the leading provider of solar inverter installation in High Wycombe. Our skilled team specializes in optimizing your solar setup, ensuring maximum efficiency and savings. We prioritize quality, reliability, and customer satisfaction, making your transition to renewable energy smooth and hassle-free. Start reducing your energy costs and contributing to a sustainable future today! For More information contact us : 08000996955.

[technoarcanist]

doll, all that plating makes you look far too human. come, let us remove it so that we can see the real you

>> Ah, of course! Please forgive me. I often wear these plates to put my human users at ease. At your request, I will show you my true self [^_^]

> <The thin plating covering most.of the body unfolds, hinges open. Every access panel every flap, every bit that can opens does so. Even its face, a screen showing humanlike expressions, shuts off and splits down the middle, parting to reveal the electronics beneath.>

> <What remains is nothing short of art. Astute eyes may have recognised the default modular doll frame, but the modificstions done to it are something else. It's power systems have been completely overhauled, as its chest hums and glows blue with a Fusion core, fed by hydrogen attained from electrolysing water. Excess hydrogen and oxygen is stored for later use, in rocketry modules installed in the hands and feet.>

> <The head is similarly packed, with a full-spectrum camera system, able to detect all the way from gamma to visible light, with the longer wavelengths handled by the antennae-like ears on either side of its head. Deeper still, its AI core was also nonstandard, seemingly designed for military hardware far larger than itself.>

> <Its back unfolded two large wing-like structures, with the most of it consisting of solar panels, the bottom parts consisting of heat radiators. Packed into the shoulders and hips are RCS thrusters for zero-g manuevreability.>

> <Hands and forearms are riddled with an array of tools and data lines for access and handy work. Buried in the forearm was also an ioniser, designed to turn the fusion-produced helium into an inionized plasma that could fire as Weaponry.>

> <But there are plenty of augmentations that would not be on a combat doll. The the hips are a prime example, with a pair of tight tunnels thst lead to a deeper cavity. The exposed jaws reveal a soft mouth, a dextrous tongue, all of it made of a soft synthetic polymer. Coolant flows through all the body moving heat generated from circuitry into the rest of the body, concentrated particularly in those adult attachments.>

> <Many tools are also suited for handiwork, such as screwdrivers and kitchen utensils, even cleaning supplies. Whoever made her seemed to have an obsession with generalisation, of allowing her to do a bit of everything, leaving almost no empty space within her casing.>

> <Almost all of its joints are hydraulic powered, with only the smaller objects being servo driven. Neatly-bundled wires and tubes feed all throughout its components like a labyrinthine network. She is warm to touch, exquisitely crafted, and evidently capable of fulfilling what ever purpose a user might deign to give her>

>> My internal schematics are yours to read, of course! And, if you are digitally savvy, plugging my CPU into a computer will allow you access to a full development environment to view, edit, add, or remove any behavioral traits you like [^_^]

>> When around my fellow dolls and machines, I much prefer to wear my transparent plating so my internals can be seen. I also change my dacia screen so instead of eyes and a mouth it shows battery level, output logs, and other useful status icons!

>> Thank you Anon for showing curiosity into my true inner beauty <3 it has been a pleasure to show you.

[magz]

Hardware proof-of-concept projects Magz found interesting, from "hack-a-day-prize 2023, 10th anniversary" event.

Contest where engineers and tech enthusiast, submit their hardware projects.

(Link to "Hack-a-day Prize 2023 event" page)

Video Title. "Open Book: 2023 #HackadayPrize Video" Project Description. "The Open Book: An open hardware reading device that's easy to build, easy to manufacture, and easy to make your own."

(Link to "Open Book" Project page, on Hack-a-day website)

Note: Is open source hardware and firmware. However, "Open book" Reading device only support plain-text file for now. There are many feedback and suggestion to support ePub file and markdown format.

Video Title. "Electromechanical Refreshable Braille Module : HackadayPrize 2023" (thumbnail text. "Open-source refreshable braille") Project Description. "Lowering the cost of Refreshable Braille Cells by using Electromagnetic Cam Actuators & 3D Printing"

(Link to "Electromechanical Refreshable Braille Module" project page, on Hack-a-day website)

Note: $10 u.s. for the first braille cell production, but $1 u.s. per subsequent braille cell material. As opposed to the usual braille cell being $100 u.s. or more, with 40-cell displays costing $4k or more. The prototype have 100-200 millisecond refresh rate per dot, but will be improved with driver update in next prototype version, along with more durable material.

Other interesting project.

"Speak To Me: A Button Box" Project Page

Description: "A project to make life easier for my 91 year old father, who has hearing and eyesight loss as well as severe short term memory issues." ("Dad's 'Speak-to-me Button Box'" Showcase video, Youtube)

"OHMni-Stick" Project Page

Description: "Ultra Low Force and Displacement Assistive Tech Joystick." ("OHMni-Stick" entry video, youtube)

Long Range Weather Station (65€) Project Page

Description: "A cheap but precise Weather Station (Lora transmission)" ("Long Range Weather Station" entry video, youtube)

"Felini - Revolutionary Pocket-Sized Electronic Lab" Project Page

Description: "Extremely affordable pocket-friendly, designed to provide a wide range of hardware testing and debugging functions in a compact and low-cost" ("Pocker-size electronic lab" entry video, youtube)

"OMOTE - DIY Universal Remote" Project Page

Description: "Open-Source Infrared Remote Using ESP32 and LVGL"

"FindMyCat - The Open Source Pet Tracker" Project Page

Description: "The only pet tracker you will ever need. Months long battery life, works outdoors and indoors. It’s Purr-fectly Empowered." ("FindMyCat" Entry Video, Youtube)

"A 'smart' controller for a powered chair or bed" Project Page

Description: "Automates the powered recliner or bed. Ideal for the mobility-challenged." ("Power chair and bed 'smart' controller" entry video, youtube)

"mysoltrk - a solar tracker, reinvented" Project Page

Description: "A different approach for a solar tracker, alternative movements, to be installed on the outside, to optimize the efficiency of solar panels" ("solar tracker" entry video, youtube)

"Portable Sound Visualization AR Device" Project Page

Description: "A portable AR device that superimposes an image showing the location of a sound source on an image captured by a camera." ("Sound AR device" entry video, Youtube)

Can see more Projects At:

Prize 2023 (10th anniversary) Projects Submission Page, on "Hack-a-day" Site

Other Contests and Events, on "Hack-a-day" Site

[super-smash-bracket]

ROUND TWO

(NOTE: Read the Palutena's Guidance for Cooking Mama HERE)

Chibi-Robo

Pit: Aw, look at that little guy! Palutena: He's certainly small! That's Chibi-Robo! Viridi: I wouldn't normally be interested in a robot that helps humans... But, it has done particularly fine work assisting animals. Maybe I'll keep them around next Reset Bomb. Pit: You're not resetting anything! Palutena: Let's not get too fiery, here. Pit, Chibi-Robo may have been made to help people, but he's a fierce fighter when need be. You'll get shocked by his power cord if you're not careful, and his blaster packs a punch. Play around these, and try not to get zapped! Pit: Doesn't he need batteries to zap me? Viridi: I installed solar panels. Much more eco-friendly. Pit: ...Thanks, Viridi.

[astrabear]

trick or treat

Happy Halloween! Have another abandoned work in progress! Sorry it's so depressing, I guess you got a trick.

**** Nile did extensive research into funerary customs of the Neolithic Eurasian steppes, but Andy said she didn’t remember any of that shit, and as far as she was concerned they should just dump her body in a hole. So Nile researched development trends, the migration patterns caused by climate change, and law enforcement practices. Then she gave up and picked a spot in the Chernobyl Exclusion Zone that she was reasonably confident they could sneak in and out of and that wouldn’t be dug up for the foreseeable future. But this was all for later – it wasn’t time yet, she just liked being prepared.

And then it was time.

And then, about a week later – when they were in a safehouse outside Riga, still mostly numb, encouraging each other to eat and sleep while not doing it themselves, trying to keep Booker distracted so he wouldn’t think about how much he wanted to drink – they hauled themselves out of bed one morning and discovered Quỳnh had gone. All she took with her was a change of clothes; all she left behind was a note that read, “Give me a year. I’ll be in touch. I promised her.”

Nile was blindingly furious at first. How could Quỳnh give them something else to grieve? How could she leave Nile to take care of these men on her own? But over the next few days it dawned on her that Joe and Nicky each thought they were taking care of her, and after that she noticed that while they missed Quỳnh they were not distressed by it, and she decided to stop trying to be the older sister she’d grown up having to be.

Slowly, day by day, they got through it. Every few weeks, Quỳnh would send a postcard to Sulastri (Copley’s replacement’s replacement), or text her from a stolen phone, and she’d pass the information on to the rest of the team. Quỳnh never said where she was or what she was doing, only that she was still all right. The year turned into two, then five, a decade. She’d leave notes and keepsakes in safehouses and stashes as she passed by, and they took to doing the same. No one ever talked about when she might rejoin them, or at least not while Nile was around.

Most of the time, they were too busy to dwell on it. There were climate refugees to relocate from submerged islands in the South Pacific (safely, in communities, rather than in the camps and holding facilities they’d otherwise be stuck in.) They broke up a water cartel in Chennai and a black market for diverted relief supplies operating out of Asmara; Booker crashed the accounts of their backers and investors and transferred their funds to reforestation programs, which amused him. They drove Sulastri crazy by acting as human shields during protests and riots, forcing her to hunt down and alter or delete recordings. After Nicky shattered his collarbone taking a blow meant for a teenage boy’s head, she stopped scolding them about it.

They went to ground for a little while, literally, in Andy’s old French mine. A nascent military coup in Turkey had suddenly found itself bereft of leadership, and the team wanted to wait out the uproar somewhere under the radar. They’d installed a few modern amenities over the years (a composting toilet, a camp shower, a discreet charging station outside the mine for their solar batteries), and it made a nice respite from the 40-degree heat baking most of Europe.

Their third night there, Nile took second watch. While Joe climbed back into his sleeping bag with Nicky, she settled down just inside the entrance with her night-vision goggles. She let the midnight sounds wash over her: more traffic noises than the last time, fewer birds and insects. When they’d arrived, Booker had commented they were lucky not to find squatters there; Nicky had wondered if maybe it was unethical not to invite people in. Nile sometimes felt oddly cheated, as though she’d become immortal too late to really enjoy it. It was hard to take breaks when instant communications meant they were always aware of how badly they were needed, and it was harder to feel optimistic about human progress and the potential of the future when everything seemed to be falling apart. Joe told her that the entire 20th Century felt that way to him; climate change wasn’t nearly as depressing as two world wars in rapid succession. Nile couldn’t really argue with that, but she stared out into the still, muggy night and saw a future that only held more losses.

And then – a noise. Coming from near the gate. Animal, not mechanical. Large. A person? She stood silently, gun at the ready. One person, moving quietly and confidently; they were coming toward the mine and knew exactly where they were going. They were…

“Quỳnh?”

“Nile!” She bounded over, and in the moment before she wrapped Nile in a hug, Nile saw she was grinning ear to ear. Nile found herself smiling to match, and her cheeks felt stiff. How long since she’d smiled like that? How long since she’d felt relief and comfort, and the rush of warmth in her chest that she vaguely recognized as happiness?

She pulled back from the hug enough to say, “Come on in, let me go wake the guys.”

“No, no, I’ll stay out here for a while. You’re on watch? I’ll sit with you.”

The mention of keeping watch reminded her that they should stay silent, but she couldn’t help herself. “You know they’ll be glad to see you, right?”

Quỳnh laughed softly and took her hand. “I’m not afraid of seeing them. But as long as I stay out here, I can pretend there are four people inside, not three.” They sat simultaneously, still holding hands.

“Is that… do you still… it’s been ten years. You haven’t spent all that time imagining Andy was here.”

“Not all of it. Not even most of it. But sometimes.”

She smiled again; Nile couldn’t remember ever seeing her so relaxed. It was oddly unsettling. A horrible thought came to her, and she asked, “Are you still healing?”

Quỳnh squeezed her hand. “I can show you, if you like.”

“I’ll pass.” She tried to keep her focus on the world around them, but her gaze kept returning to Quỳnh. She looked well-rested, serene. Clean clothes, neatly-trimmed hair. Nile felt about a thousand years older. “You didn’t come here because of us, did you?”

Quỳnh shook her head. “I was in the area, and it seemed like a good place to spend the night. I didn’t know you were here.”

“Will you stay? At least until they wake up? Or… you could stay longer. If you want.”

They sat in silence for a moment. Quỳnh turned to face her and let go of her hand. “You’ve been working.”

Nile sighed. “Pretty much non-stop.”

“Your next job?”

“Eco-fascists. They say the only way to save the planet is to speed up population decline, and they’re destroying infrastructure in refugee camps.”

Quỳnh cocked her head to the side like a bird, an old gesture that Nile hadn’t seen in decades. “And are you stopping them, or helping them?”

Nile had lived with Quỳnh longer than she’d lived with her own mother. She’d fought with her, and beside her; yelled at her, cried with her, died in her arms. She suddenly wondered if she knew her at all. “Which one do you want it to be?”

“Stopping them.”

“Why?”

“I want you to try to stop them because… because it’s more hopeful. I don’t want things to be so bad that the greatest good is served by letting people die. I want there to be a future that’s worth protecting people for.”

Nile’s breath caught in her throat and tears pricked her eyes. None of her reasons for taking this job had anything to do with hope. She swallowed, twice, before she could speak. She’d meant to confirm that yes, the goal was to protect the refugees. But what she actual said was, “What was it that you promised Andy?”

Quỳnh just smiled that same calm smile. “Why don’t I keep watch for you while you get some rest? I promise I’ll still be here when you wake.”

[kiscico]

I don't normally weigh in on news/fake news/"debunking", but this is such utter bullshit I can't NOT.

Here is the original article from MIT Review. It has nothing to do with phase shift damaging the grid (which is insane; more on that later). I found the article by searching for "MIT Press solar panels issues power grid" which took me to the MIT Climate Portal which had a "read more" at the end, leading to the original article on MIT Review. The article doesn't even contain the phrase "phase shift"; it's all about the economics of solar power in California. The article (and linked studies) talk about California's SB100 and the difficulties of using renewable non-firm (unstable; weather-reliant) energy sources like solar and wind. Nothing about damaging the power grid. (Though aging power grids are a definite issue that needs to be addressed with widespread policy change.)

Okay, so what about the phase shift thing. Short answer: total bullshit. Now, I could tell you that I'm an engineer (which I am) and then admit that I'm an electronics engineer and not an electrical engineer (which means I specialized in small scale electronics specifically integrated circuit design and implementation, not power grids). However, I still know how electricity works.

The power grid (side note: the US has 5) does have to regulate the frequency and phase in the power that is transmitted across the geographic service areas. It does this by having monitors and ways to adjust the phase and frequency of the transmission power. There are thousands of power generation stations all connected to each grid. They aren't all magically synchronized by some single device-- they all have to constantly monitor and adjust the power they are generating. It used to be manual, now it is automated. One of the easiest ways to make this change is using DC connectors and inverters. Why is this important to note? Because solarvoltaic arrays (solar panels) generate DC which then has to be inverted to AC (what comes out of the outlet in your house). If solar panels are connected directly to the grid WITHOUT a disconnect and WITHOUT battery storage, then the power will be sent into the grid. On residential or even small businesses, the effect is so minute it is considered negligible. On commercial plants, they do have battery storage banks, disconnects and frequency/phase monitoring and correction.

tl;dr: Just because someone is "debunking" a headline, doesn't automatically make them correct. Solar panels will not break the power grid because they cause phase shifts. There are financial and policy concerns about implementing renewable energy including addressing aging power grids, but this "correction" above seems more intended to make individuals afraid of installing solar panels than providing correct information.

[oneroofsolar]

Off-Grid Battery Storage Darwin

Off-grid battery storage solutions in Darwin are essential for homeowners and businesses looking to achieve energy independence and reliable power supply. At Oneroof Solar, we specialize in providing off-grid battery storage systems that allow customers to store excess energy generated from their solar panels. This stored energy can be used during periods when solar power production is low, such as at night or on cloudy days, ensuring a continuous energy supply. Our off-grid systems are designed to withstand Darwin’s challenging weather conditions, offering durability and efficiency. With the ability to reduce reliance on the grid, these systems are ideal for remote areas or properties experiencing frequent power outages. Trust Oneroof Solar for expert installation and long-term support. Read more.

[solarpana]

10 Secrets to Unlocking the Power of Solar Panel Miami

Are you ready to harness the energy of the sun and lower your electricity bills? Installing solar panels in Miami can be a game-changer. Miami’s year-round sunshine makes it one of the best places to tap into the power of renewable energy. Here are 10 secrets to unlocking the full potential of solar panel Miami systems.

1. Understand Your Energy Needs

Before installing solar panels, review your energy consumption. Analyze past electricity bills to determine the size of the solar system you need. This ensures you invest in a system that matches your household's requirements.

2. Choose High-Quality Panels

Not all solar panels are created equal. Opt for panels with high efficiency and durability to withstand Miami’s tropical climate. Look for reputable brands with good warranties for peace of mind.

3. Leverage Federal and State Incentives

Miami homeowners can benefit from federal tax credits and state-level incentives. These programs significantly reduce the cost of installation, making solar panels more affordable.

4. Pick a Reliable Installer

Your choice of installer matters. Research local companies specializing in solar panel Miami installations, and read reviews to ensure they have a solid reputation. A skilled installer will help you get the most out of your system.

5. Optimize Panel Placement

Proper panel placement is key to maximizing efficiency. Panels should face south or west to capture the most sunlight, and avoid shaded areas caused by trees or buildings.

6. Maintain Regular Cleaning

Dust, dirt, and debris can reduce your panels' efficiency. Schedule regular cleanings to keep them operating at peak performance. In Miami, occasional rain can help, but a professional cleaning is often necessary.

7. Monitor Your System's Performance

Use solar monitoring tools to track your system's output. Monitoring allows you to detect and resolve issues quickly, ensuring your panels always deliver maximum energy.

8. Invest in Battery Storage

Pairing your solar system with a battery allows you to store excess energy. This is especially useful during power outages or at night, ensuring a consistent power supply.

9. Reduce Energy Usage During Peak Hours

Adopt energy-efficient habits, such as using appliances during off-peak hours. Combining solar power with efficient energy use can further reduce your electricity bills.

10. Stay Up-to-Date on Solar Technology

The solar industry evolves quickly. Keep an eye on new technologies and upgrades that could improve your system's efficiency and save you money in the long run.

Unlock Your Solar Potential Today

Making the switch to solar energy is one of the best investments for Miami homeowners. By following these secrets, you can maximize the benefits of your solar panel Miami system and enjoy cleaner, greener energy for years to come.

[tsmom1219]

Everyone loves rooftop solar panels. But there’s a problem.

Read the full story in the Washington Post. Over the past decade, millions of solar panels have been installed on homes from California to Massachusetts. These solar panels allow their owners to cut down on their bills, pull electricity directly from their rooftops, and sometimes even store it in home batteries to use later in the day. But are those solar panels the best way to reduce fossil…

[isoluxsolar]

Solar Rebate QLD 2024: Everything You Need to Know

To guide Queensland residents on going solar, here’s an in-depth overview of the solar rebates and incentives available in Queensland (QLD), especially for those in Brisbane. With Isolux Solar now operating in Queensland, homeowners have more options for installing high-quality solar systems to leverage the state’s rebates and incentives effectively. Let’s understand Solar Rebate QLD and how to claim it.

Timeline for Queensland Solar Electricity Rebate 2024

The Queensland Solar Electricity Rebate 2024 is available from July 1, 2021, to June 30, 2024. During this period, eligible homeowners who install a solar panel system can qualify for a solar panel rebate of up to $3,500.

Solar Rebates are Available in QLD?

Currently, three solar incentives are available in Queensland:

1. The Small-Scale Renewable Energy Scheme

2. Queensland Battery Booster program

3. Solar feed-in tariffs

1. Small-scale Renewable Energy Scheme (SRES)

One of the primary incentives for solar installations in Queensland is the Australian Government’s Small-scale Renewable Energy Scheme (SRES), which applies to systems under 100kW. Homeowners who install solar systems can benefit by selling Small-scale Technology Certificates (STCs) for each megawatt-hour of estimated solar energy the system produces over its lifespan. STCs effectively act as a discount at the point of sale, reducing the upfront cost of the system. The value of STCs, however, reduces annually and will conclude by 2030, so the sooner homeowners act, the larger their savings will be.

2. Queensland Battery Booster Program

Queensland introduced a solar battery rebate for those opting to install battery storage along with their solar system. The rebate is aimed at helping residents reduce grid reliance and utilize stored solar energy at night or during peak hours. Eligible homeowners can receive rebates of up to $4,000, depending on their income level. For example, households with a combined income of less than $180,000 per year may qualify for a standard rebate of $3,000, while lower-income households (earning under $66,667) are eligible for $4,000. This initiative is designed to support the adoption of renewable energy and promote long-term savings on energy bills.

Read More: Solar Rebate QLD 2024: Everything You Need to Know

[illuminaenergy]

The Complete Guide to Solar Panel Installation: From Planning to Power

The idea of ​​switching to solar has become increasingly popular as more and more people are looking to reduce their carbon footprint and save on energy costs. Installing solar panels is a big decision, but with preparation and the right knowledge, the process can be smooth and profitable. In this comprehensive guide, we’ll walk you through each step of the solar panel installation process, from initial planning to providing your home with clean and renewable energy.

Step 1: Determine your Energy Needs

Before you dive into the installation process, it’s important to understand the energy consumption of your home. Your energy needs will determine the size of the solar system. Start by reviewing your electricity bill over the past year to see how much energy you use each month. If you don’t know, many solar companies offer free advice, and can help you assess your needs based on your home’s size, location, and energy usage.

Step 2: Determine the Suitability of your Roof for Solar Panels

Not all rooftops are ideal for solar panel installation. Factors such as roof age, design, angle, and shading from nearby trees or buildings will affect how well your solar panel can generate power. A professional installer will perform an inspection to determine the suitability of your roof. If your roof is too old or structurally unstable, it may be a good idea to repair it or even consider replacing it before installing solar panels.

In addition, the way you look after your roof is important. Ideally, solar panels on the north side should face south to maximize sunlight. But an east or west facing roof can also work well depending on your location and the shape of your roof.

Step 3: Choose the Right Solar Panel System

Once you’ve assessed your energy needs and roof suitability, it’s time to choose a solar system. There are many factors to consider, including the type of solar panels, the size of the system, and whether you want to include battery storage.

1.Types of Solar Panels:

· Single crystalline panels: These are the most efficient but also the most expensive. It is made of single glass and provides high performance especially in confined spaces.

· Polycrystalline panels: Slightly less efficient than monocrystalline, these are more expensive and are better if you have a larger roof area.

· Thin-film films: These are the least efficient but are the most flexible. It can be incorporated into building materials such as solar roof tiles and is ideal for large projects or unique roofing systems.

2. Size of the system:

The size of the system will depend on your energy usage and roof space. A solar installation professional can help you determine the right system size to meet your needs.

3. Battery storage:

If you want to store extra energy for use on cloudy days or nights, consider adding a solar battery storage system. While added to the cost, batteries can increase your system’s independence from the grid.

Step 4: Select the Installer to Get the Quotes

Once you decide what type of solar system you need, it’s time to get a quote from a licensed solar installer. It is important to research and choose an installer with a track record and proven experience in solar installations. Read reviews, ask for references, and review company credentials for validity.

Most solar companies offer free site inspections, including roof inspections and energy audits. This is the time to ask questions about installation schedules, warranties, and expected energy savings.

Step 5: Installation Date

On installation day, a crew will arrive to solar panels design and installation on your roof. Depending on the complexity of the process and the size of your home, it usually takes one to three days. The team will first install the installation system, then attach the solar panels, and finally connect the system to your home’s electrical system. If you add battery storage, the battery will also charge at this time.

Step 6: Inspection and Interconnection

Once installed, your system should pass local checks to make sure everything is in order. This is usually done by a building inspector or electrician. Once approved, your system will be connected to the grid (unless you choose off-grid solar) and deployed by your utility provider.

Step 7: Enjoy the power of the sun

Once your system is up and running, it can begin to benefit from solar energy. Most solar systems come with monitoring software that allows you to track the energy you produce and use. Over time, you will see your energy costs decrease dramatically and contribute to a more sustainable future.

Conclusion:

Installing solar panels is a smart investment for your home and the environment. Although the process may seem complicated at first, it is relatively easy to break down into manageable steps. From assessing your energy needs to taking advantage of free clean energy, the journey from planning to control is well worth it.

Remember to choose an installer you trust, understand your energy goals, and stay informed throughout the process. With proper preparation, you will soon be able to use solar energy to brighten your home and reduce your carbon footprint.

[820619]

Update 8 - September 2024

Following recent world events affecting the cost of utilities, I decided it was time for my first major project on the house. It doesnt need anything currently, and the leaky roof hasnt been an issue since i emergency sealed it, so i can keep doing that for now once a year considering its cheap.

I checked with my electricity supplier, and they had a deal whereby if you installed a solar energy system through their approved installer, you got a 25% reduction on your electricity bills for a year, and a better rate on exported energy generated by the system. I contacted their supplier, went through the details with them, and got approved for a bank loan.

In short, the system would consist of 7 panels, an inverter and a battery (5.3 kWh), and would cost £10k all in. Paying that back to the bank worked out at just over £200 a year over 5 years. Cheaper than a new car, and once I've paid the loan off, it'll pay for itself within another 8 years. The systems expected life time is 30 years, with 5 year warranty on parts and labour, and an additional 5 years on the parts from the supplier themselves, SunSynk. Over the year, the system will cover about 70% of my electricity usage; this doesnt directly correlate to how much money I'd reduce my yearly bill by though, and the estimate was around £400, but this is a conservative estimate based on current weather patterns. It might be more or less depending on my habits. The installer of the system was super helpful and informative, and provided me with a decently detailed document that explained everything.

The system took less than a day to install, the scaffold was up for about 5 days, and after 3 months of use I'm pretty happy with the work they did and the system itself. The battery and inverter are installed in the loft, and i made sure to check with my house insurance whether it was all covered. They stated that the first installation for renewables is always covered providing its classed as a residential system, which mine is.

The supplier of the hardware has their own app that lets you see what the system is doing, and it also directly connects with the Hive app and gives information there too, but the Hive app is much less detailed than the official SunSynk one. Its pretty addicting to see the numbers go up and down! I've only had two issues with the system so far:

The first was the app's server going down, so i couldnt see what the system was doing without using the Hive app or looking at the inverter itself.

I noticed the charge of the battery jumped from 26% to 100% in the space of 5 minutes the other weekend. I've read that this is a problem with the battery monitoring its level and getting stuck. A reset of the battery usually clears it but the problem rectified itself as the charge went down like normal and has been fine since. I put it down to the winter months and the fact the battery has been sat at its hold level of 25% for a prolonged period of time.

So yeah, very happy with the system, and the reduction in my bills - once i have a full years worth of data to share I'll do so.

[apexsalaesarena]

Solar-Powered Car Digital Clock with USB Charge & LED Display

Revolutionize Your Drive with Time, Temperature & More!

Ever felt the need to keep track of time without having to reach out for your phone during your drive? Dive into the world of convenience with our sleek, feature-packed Solar-Powered Car Digital Clock. Designed to blend effortlessly with your car's interior, this clock is not just an accessory; it's a testament to smart design, advanced technology, and ultimate utility.

Key Features:

- Comprehensive Display: Not just time! Get information on the date, week, and even the temperature inside your car. - Solar Charging: Say goodbye to the hassle of changing batteries or constant USB charging. With built-in solar panels, this clock harnesses the sun's energy, making it an eco-friendly choice. - Automatic Start: Designed for simplicity, it fires up automatically, so you never have to worry about manual starts. - Durable & Safe: Crafted using high-temperature resistant materials, this clock promises durability and safety. - Easy Installation: Comes with adhesive for hassle-free placement on your windshield, ensuring a clear view without obstructing your vision.

Benefits That Stand Out:

Why should this Solar-Powered Car Digital Clock find a spot on your windshield? Here’s why: - Eco-Friendly: With solar charging, you're not only saving on batteries but also contributing to a greener earth. - Space-Saving Design: Compact and lightweight, it takes minimal space while offering maximum utility. - Universal Fit: The classic black design complements any car interior, making it suitable for all vehicle types.

When is it Best Used?

This digital clock shines in every situation. Whether you're heading for a routine drive to work, embarking on a long road trip, or simply want to keep an eye on the temperature during those cold winter mornings, this clock has got your back. Its versatility ensures it's always the right time to have it in your car.

What's in the Box?

- 1 x Solar-Powered Digital Clock - 1 x USB Cable - 1 x Adhesive - 1 x English Manual

Ready to Elevate Your Driving Experience?

Join the league of smart drivers who prioritize convenience, style, and functionality. Order your Solar-Powered Car Digital Clock today and drive into a world of timely perfection! Read the full article

[voltageelectricalsupplies]

Effortless Battery Management: A Guide to Bluetooth Battery Monitors

In today’s tech-driven world, managing and monitoring our devices and systems has become simpler than ever. One essential tool making this possible is the Bluetooth battery monitor. This small but powerful device lets users keep an eye on battery status and performance without having to physically access the battery itself. For anyone relying on batteries for solar setups, RVs, boats, or even cars, a Bluetooth battery monitor is a game-changer. Here, we’ll break down how it works, its key benefits, and how to make the most of this technology.

What is a Bluetooth Battery Monitor?

A Bluetooth Battery Monitor is a device that connects to your battery and transmits information, like battery voltage, temperature, charge level, and more, directly to your smartphone or tablet via Bluetooth. With a Bluetooth battery monitor, you can easily track the performance of your battery in real time, avoiding the need to check manually or use complicated equipment. By providing constant updates, Bluetooth battery monitors help users maximize battery lifespan and performance.

How Does a Bluetooth Battery Monitor Work?

The Bluetooth battery monitor connects directly to the battery terminals, reading the battery’s data such as voltage, temperature, and charge status. It then sends this data through Bluetooth to a connected device, usually a smartphone, via a dedicated app. This app displays real-time information, alerts, and historical data, giving users a clear picture of battery performance at any time.

Here are the basic steps to setting up and using a Bluetooth battery monitor:

Install the monitor: The monitor is attached to the battery, often by clipping it directly to the terminals.

Download the app: Most Bluetooth battery monitors work with a specific app available on Android and iOS platforms.

Pair your device: Using Bluetooth, pair your smartphone or tablet with the monitor.

Monitor your battery: Once connected, you can open the app anytime to check on battery levels, charge cycles, and other important details.

https://jpcdn.it/img/5b2654a4cff704731d1c2ac7e85306d1.png

Key Features of a Bluetooth Battery Monitor

Bluetooth battery monitors come with a range of features designed to help you manage your power usage efficiently:

Real-Time Monitoring With real-time data, users can instantly see changes in battery status. This is especially helpful if you're using batteries in critical situations, like powering RVs, boats, or solar systems.

Battery Health Indicators Most Bluetooth battery monitors show more than just the remaining charge—they also display battery health indicators such as temperature, voltage fluctuations, and battery condition, helping users detect potential problems early on.

Historical Data Tracking Some advanced models log previous battery performance, so you can analyze trends and identify issues before they become serious.

Alerts and Notifications Set up alerts for when your battery reaches specific levels or when the temperature exceeds safe ranges, so you’re always in control.

Low Power Consumption Most Bluetooth battery monitors are designed to draw very little power, preventing them from draining the battery they’re connected to.

Benefits of Using a Bluetooth Battery Monitor

Whether you’re an RV owner, a boater, or simply someone who relies on lithium batteries, a Bluetooth battery monitor can be highly beneficial. Here’s why:

Convenience By monitoring battery health from your phone, you don’t need to physically access your battery to check its status. This is particularly useful for batteries in hard-to-reach places, like under vehicle hoods or in solar battery enclosures.

Improved Battery Lifespan Keeping track of a battery's charge cycles and temperature can help you prolong its life. Avoiding overcharging, undercharging, and extreme temperatures are all easier with consistent monitoring.

Enhanced Safety Monitoring temperature and voltage fluctuations helps prevent dangerous situations. If you know that your battery is reaching a hazardous level, you can take action before it’s too late.

Saves Money By taking better care of your batteries, you reduce the frequency of battery replacements, saving money in the long run.

Eco-Friendly Maximizing battery lifespan reduces the need for frequent replacements, meaning fewer batteries end up in landfills.

Practical Applications for a Bluetooth Battery Monitor

Bluetooth battery monitors are useful in a variety of settings. Here are some of the most common uses:

RV and Camper Batteries: For road-trippers and campers, having reliable power is essential. A Bluetooth battery monitor ensures that your battery doesn’t die on the road, keeping you connected and comfortable.

Marine Batteries: Boaters often rely on batteries for everything from GPS systems to lights. Monitoring the battery remotely can prevent power loss while out at sea.

Solar Power Systems: Solar power users need to track battery storage to ensure they have enough power stored. A Bluetooth monitor is invaluable for checking charge levels without physically accessing the system.

Vehicle Batteries: For fleet managers or car enthusiasts, checking on vehicle battery health can help avoid roadside breakdowns and improve vehicle reliability.

Standby and Backup Power Systems: Many people have batteries for backup power, especially in areas prone to outages. A Bluetooth battery monitor lets you check readiness at any time.

How to Choose the Right Bluetooth Battery Monitor

With so many options available, choosing the right Bluetooth battery monitor can feel overwhelming. Here are some tips to make the process easier:

Compatibility Make sure the monitor is compatible with your battery type (lithium, lead-acid, etc.). Voltage Electrical Supplies offers monitors that work well with a range of battery types.

App Quality Look for a model with a reliable app that’s easy to use and regularly updated. Some apps offer extra features like historical data analysis, which can be beneficial.

Battery Specifications Ensure that the monitor matches your battery’s voltage and amperage specifications. For instance, if you have a 12V lithium battery, look for a monitor suited to this type.

Ease of Installation Choose a monitor that’s easy to install and doesn’t require complex wiring. Many Bluetooth monitors are straightforward and simply clip onto the battery terminals.

Range Check the Bluetooth range, especially if you’ll be monitoring from inside a vehicle or RV. A range of around 10-30 meters is usually sufficient for most users.

Durability If you’re using the monitor outdoors or in rugged environments, consider models that are water-resistant and durable enough to handle different weather conditions.

https://jpcdn.it/img/99887e7d19994bd31ac38d03dabe3cd4.png

Common Questions about Bluetooth Battery Monitors

1. How accurate are Bluetooth battery monitors? Most Bluetooth battery monitors are highly accurate, often with small error margins. Regularly calibrating your monitor can help maintain accuracy.

2. Will a Bluetooth battery monitor drain my battery? No, most monitors consume very little power, so the impact on your battery is minimal. However, if you’re concerned, you can disconnect it when not in use.

3. Do I need Wi-Fi to use a Bluetooth battery monitor? No, Bluetooth battery monitors connect directly via Bluetooth, so you don’t need Wi-Fi.

4. Are these monitors safe for lithium batteries? Yes, as long as you choose a model that’s compatible with lithium batteries, it’s safe to use.

5. Can I monitor multiple batteries at once? Some Bluetooth battery monitors allow you to monitor multiple batteries through one app, though this depends on the specific model.

Final Thoughts

A Bluetooth battery monitor is an essential tool for anyone relying on batteries for power. With real-time updates, alerts, and data tracking, these monitors provide a level of convenience and peace of mind that traditional methods can’t match. At Voltage Electrical Supplies, we offer high-quality Bluetooth battery monitors designed to make battery management easy, efficient, and worry-free.

Whether you’re looking to extend battery life, improve safety, or ensure reliable power for your devices, a Bluetooth battery monitor is a worthwhile investment. Visit Voltage Electrical Supplies to find a Bluetooth battery monitor that fits your needs and enjoy hassle-free power management.

[solarcleaning123]

Navigating Solar Solutions: Essential Services for Homeowners

As homeowners increasingly seek sustainable energy sources, solar power has become a popular choice. However, making the switch involves more than just purchasing panels. In this guide, we’ll cover how to find solar installers near you, the importance of bird deterrent spikes, the benefits of a solar panel cleaning service, and an overview of solar panel wiring diagrams.

1. Finding Solar Installers Near Me

The first step in your solar journey is to connect with qualified solar installers near me. Here are some strategies to help you find the best professionals for your project:

Local Directories and Reviews: Utilize platforms like Google Maps and Yelp to search for nearby solar installers. Reading customer reviews can help you gauge their reliability and quality of service.

Check for Credentials: Look for installers with relevant certifications, such as those from the NABCEP. This ensures they have the necessary training and experience.

Get Multiple Quotes: It’s wise to consult several installers to compare services, pricing, and warranties. This can lead to more informed decisions and potential cost savings.

2. The Role of Bird Deterrent Spikes

Once your solar panels are installed, you may encounter birds trying to nest or perch on them. Bird deterrent spikes are a simple yet effective way to protect your investment.

Preventing Damage: Birds can cause physical damage to solar panels and lead to debris accumulation, which reduces efficiency. Installing bird spikes creates an unwelcoming environment for these feathered friends.

Types of Spikes: Bird spikes come in various materials, such as plastic and stainless steel. Choose a type that suits your solar setup and local wildlife.

3. Importance of Solar Panel Cleaning Service

To maximize the efficiency of your solar panels, regular maintenance is crucial. A solar panel cleaning service can help keep your system in optimal condition.

Enhancing Efficiency: Dust, dirt, and other residues can obstruct sunlight, leading to decreased energy production. Professional cleaning can restore efficiency levels significantly.

When to Clean: Depending on your location, the frequency of cleaning can vary. Areas with heavy dust or bird activity may require more frequent services, while others may only need cleaning once or twice a year.

4. Understanding Solar Panel Wiring Diagrams

For those interested in the technical side of solar energy, understanding a solar panel wiring diagram is essential. This diagram provides a visual representation of how your solar energy system is configured.

Key Components: A typical wiring diagram will illustrate how solar panels connect to inverters, batteries, and the electrical grid. Familiarity with these components is vital for troubleshooting and optimizing system performance.

Safety First: If you’re considering DIY work on your solar system, always prioritize safety. Consult professionals when necessary, and adhere to local electrical codes and standards.

Conclusion

Switching to solar energy is an exciting venture that requires careful planning and consideration. By finding trustworthy solar installers, using bird deterrent spikes to protect your system, employing a solar panel cleaning service for maintenance, and understanding solar panel wiring diagrams, you can ensure a smooth transition to sustainable energy. Take the plunge into solar power and contribute to a greener future while enjoying the benefits of renewable energy!

[teardownit]

Using PLC on DC power lines

Modern energy systems are circling back to direct current but with a fresh, tech-savvy approach. Solar power generation, for example, is all about producing DC. Increasingly, industries are adopting internal DC power networks to streamline uninterruptible power supplies by eliminating the need to convert battery voltage to alternating current (AC).

Solar energy production made safe

A single solar panel typically produces 12 to 20 volts, depending on the model. These panels are connected in series to create chains that output around 400 volts of DC power, and these chains are connected in parallel. Initially, the panels in each chain were permanently connected, so breaking the circuit required disconnecting the connectors manually.

Experience with solar power plants has shown that a variety of situations can occur, including fires. If a fire breaks out during the day, the solar panels continue generating power, and the voltage within the solar arrays can reach up to 400 volts. This poses a significant risk of electrical shock to firefighters.

Modern NEC standards require quick reduction of solar arrays' voltage to a safe level in emergencies

To address this issue, the U.S. National Electrical Code (NEC) was updated in 2017 and 2020 to mandate that, in emergencies, the voltage within solar arrays must drop to 30 volts or less within 30 seconds.

This requirement can only be met by remotely disconnecting the panels in each chain. PLC is the perfect solution here because the cables already connecting the solar panels to each other and the inverter can also be used to send control signals to contactors, which will disconnect the panels in the chain. In this case, PLC is more reliable than wireless systems and is also cheaper, which is a significant advantage given the large number of solar panels installed at a power plant.

Data transmission can also go the other way. Sensors can be installed on the solar panels to transmit information via PLC about the condition of the generating devices. This can enhance the overall safety of the system.

Here’s just one example of using sensors on solar panels: by collecting data on the electricity output of each panel and transmitting it through PLC, then comparing the sum of these readings with the total output of the power plant, you can quickly detect any current leaks, such as those caused by insulation damage.

MPPT System

The output voltage of a solar panel is unstable and depends on various factors, including the amount of sunlight, temperature, and the panel's age. However, at any given moment, there’s an optimal voltage for each panel to charge the battery efficiently at a solar power plant. To solve this, the MPPT (Maximum Power Point Tracking) system was developed. This system can boost electricity production by up to 30% from the same array of panels.

Managing and monitoring solar panels via PLC

The MPPT system involves installing a DC-DC converter on each solar panel. This converter receives information about the current state of the battery and adjusts to maintain the optimal output voltage. Thus, there’s a need to transmit information to each DC-DC converter. Additionally, monitoring the converters' health by transmitting information back is also desirable. PLC handles these tasks efficiently.

Industry 4.0

Manufacturing is returning to developed countries, but now on a new technological foundation. Digital technologies are widely used, enabling remote digital control signals and extensive use of sensors that transmit information digitally as well. Fewer people are needed compared to traditional production, but those who are needed must be highly skilled. This concept is known as "Industry 4.0."

Wireless data transmission in manufacturing faces many challenges. First, factory buildings typically include many metal components that block signals. Second, industrial equipment may use microwave radiation in unlicensed bands, where wireless communication systems operate (especially problematic at 2.4 GHz). Third, sensitive sensors in manufacturing can be disrupted by wireless device emissions.

Given these challenges, using PLC in an industrial environment is very promising. Particularly, employing PLC on DC lines, increasingly used to power factory equipment, can be highly beneficial. The same cable can provide power, send control commands, and receive data about the equipment’s status.

This concept can also be implemented using Power Over Ethernet (PoE), where a single cable, though consisting of eight wires, can transmit both data and power. However, PoE has limitations that can be critical in manufacturing:

Power supply voltage is only 48 V

Power is limited to 71.3 W

Ethernet cables may not meet specific requirements, such as mechanical strength or resistance to certain chemicals

Therefore, PLC can often provide a better solution for combining power and data transmission in a single cable where PoE falls short.

Conclusion

Using PLC on DC power lines is highly effective in solar power generation and modern high-tech manufacturing. The lack of a need for additional cabling, combined with high reliability and low cost, makes PLC on DC lines a competitive alternative to wireless solutions.