#solar panel system design

[cad-design-services]

Solar Panel System Design, GIS Mapping, and Geotechnical Engineering for Sustainable Projects

Along with the growing environmental awareness, renewable energy options, including solar power, have become increasingly vital for reducing the environmental footprint of industries.

While such projects require sophisticated planning and integration of high technologies, services such as solar panel system design, GIS (Geographic Information System) mapping services, and geotechnical engineering services prove to play a momentous role in the execution of renewable energy projects in precise, efficient, and sustainable ways.

Solar Panel System Design: Achieving High Efficiency and Performance

The efficiency of a solar power project largely depends on the design of a solar panel system. A well-designed system adjusts location, sunlight exposure, angle of panel placement, and energy usage to optimize energy output, which largely relies on their designs.

Advantages of Detailed Solar Panel System Design

Utilization of Energy: A properly designed system may reduce the costs of energy utilization for the clients by being sustainable.

Seamless Cost Effectiveness: Good system design does not only find the lowest cost material, type of panel, or configuration but also leads to further installation cost saving and long-term energy efficiency.

Longevity and Maintenance: Good designing also considers easy maintenance so access and solar panel with all the structures around are less difficult, hence extending life and not requiring much downtime.

GIS Mapping Services: Enhancing Project Accuracy

GIS mapping brings together spatial data and geographical information, which helps engineers and designers use different methods in the analysis of factors such as land use, topography, and levels of solar radiation in planning solar panel installations.

How GIS Mapping Improves Solar Projects

True Site Analysis: GIS mapping will provide site-specific, detailed information regarding where solar panel systems may be installed and which, in effect, leads the choosing of locations that are most exposed to sunlight without shading or with desirable land conditions, thus eliminating poor locations for the placement of panels.

Environment: The GIS mapping services are also used to identify wetlands or endangered species habitats and help ensure that the proposed solar projects do not violate environmental laws and remain non detrimental to ecologically sensitive areas.

Simplified Planning: With a GIS map that simplifies the understanding of geographic data, project stakeholders can be easily facilitated in the collaborative process in making very informed decisions. Whether it is optimizing solar panel layout or planning routes for transmission, GIS technologies serve well to offer insights into accurate, data-driven decisions.

Geotechnical Engineering Services: Structural Stability

The geotechnical property of the land must be ascertained before any type of solar panel system or even some heavy construction can be embarked upon. The findings of geotechnical investigations can be applied during the designing of foundations for solar panels and other structures that ensure safe support of the system. Geotechnical services study the likely risks that occur, such as seismic activity or unstable soil conditions, to pose a danger to solar panel systems.

The coordination of solar panel system design, GIS mapping services, and geotechnical engineering service is very important for the effective development of sustainable energy projects. From designing efficient solar systems to analyzing geological data and ensuring land stability, these services are bound to converge with projects that come from a place of cost-efficiency, environmental-friendliness, and structural soundness.

[sammidigitals]

Here are some ways a social media marketer can increase reach to customers:

1. *Define your target audience*: Understand who your ideal customer is, their interests, and which platforms they're most active on.

2. *Create engaging content*: Develop content that resonates with your audience, including visuals, videos, and stories.

3. *Use hashtags strategically*: Research and utilize relevant hashtags to make your content more discoverable.

4. *Leverage paid advertising*: Utilize social media ads to reach a wider audience, increase brand awareness, and drive website traffic.

5. *Engage with your audience*: Respond to comments, messages, and reviews in a timely and personalized manner.

6. *Collaborate with influencers*: Partner with influencers who have a following that aligns with your target audience.

7. *Run social media contests*: Host giveaways, contests, or challenges to encourage engagement and attract new followers.

8. *Utilize email marketing*: Share your social media content with your email list to drive traffic to your social media platforms.

9. *Optimize your profiles*: Ensure your social media profiles are complete, up-to-date, and consistent across all platforms.

10. *Analyze and adjust*: Monitor your performance on social media, identify areas for improvement, and adjust your strategy accordingly.

By implementing these strategies, a social media marketer can increase reach, engagement, and conversions, ultimately driving business growth.

[vasoenergysolution]

Empower Your Home with VASO’s Tailored Solar Solutions

In the quest for sustainable living, the value of personalized solar solutions is paramount. At VASO Energy Solutions, we go beyond conventional installations. We craft solar solutions that align perfectly with your home’s unique energy needs and architectural style.

Why Personalized Solar Designs Matter:

In the vast landscape of solar energy, one-size-fits-all solutions often miss the mark. Your home has its own story, energy requirements, and architectural style. That’s where tailored solar designs come into play. Custom solutions ensure that your solar system isn’t just another addition but a well-integrated fixture optimized for maximum efficiency. This isn’t just about saving on bills; it’s about harnessing solar energy in the most effective way possible, reducing waste, and contributing to a greener planet.

How VASO Energy Solutions Does It:

At VASO Energy Solutions, excellence in customization is not just a promise; it’s our practice. With our team’s expertise in cutting-edge solar technology and design principles, every solar project becomes a testament to innovation and efficiency. Our process begins with understanding — comprehending your unique energy needs, your lifestyle, and the intricate details of your property.

Our approach is methodical yet flexible. We conduct comprehensive energy assessments to gauge your requirements accurately. Using state-of-the-art technology, we tailor each solar project to produce the optimal energy output. Whether you’re powering a cozy home or a sprawling industrial complex, VASO ensures that your solar system is meticulously designed to meet your specific energy demands.

Ensuring Your Unique Requirements Are Met:

The journey to a custom solar solution begins with a detailed consultation. Our experts sit down with you to discuss and understand your energy needs and future goals. We appreciate that your requirements are as unique as your fingerprint. VASO’s flexibility in adapting to a wide array of project needs sets us apart in the realm of custom solar solutions. We’re not just service providers; we’re your partners in transitioning to sustainable energy.

Aesthetic Preferences in Solar Projects:

Today’s solar projects transcend functionality; they embrace aesthetics. VASO Energy Solutions prides itself on a portfolio where solar functionality and aesthetic value coexist harmoniously. We don’t just install solar panels; we ensure they complement and enhance the visual appeal of your property. Customization extends beyond efficiency. Our design team meticulously considers architectural nuances, color schemes, and overall visual harmony to ensure that your solar installation is not just functional but also an elegant addition to your environment.

Scalable Solutions for Future Needs:

As your energy needs evolve, so should your solar solution. VASO Energy Solutions is synonymous with adaptability and foresight. Our scalable solutions are designed to accommodate your growing needs. Whether you’re expanding your living space, incorporating new energy-dependent technologies, or adjusting to lifestyle changes, VASO ensures that your solar infrastructure is not just for today but for the future.

Conclusion:

VASO Energy Solutions represents a commitment to a sustainable future, where energy solutions are tailored to each client’s unique needs and aesthetic preferences. Embarking on a journey with VASO means choosing a path of energy freedom, innovation, and elegance. Explore the power of tailored solar projects with VASO, and embrace a brighter, more sustainable future.

Reference - https://vasoenergysolutions.com/empower-your-home-with-vasos-tailored-solar-solutions/

[solarrochesterny]

Unlocking Solar Power: 4 Key Factors to Consider in Rochester, NY

Factor 1: Why You Want Solar?

Choosing solar power is a personal decision influenced by your values and needs. Whether you're motivated by economics, environmental concerns, technology enthusiasm, or simply being an early adopter, Sunzera, your solar installation partner in Rochester NY, is dedicated to understanding your unique preferences. We tailor our services to ensure solar meets your expectations on your terms.

Factor 2: Got Sun?

To harness solar energy effectively, you need ample sunlight. Optimal placement involves a roof facing south with a moderate slope. Avoid shading from trees, buildings, or other structures. Ground-mounted systems can also be strategically placed in areas with a clear view of the sky. Sunzera ensures your solar panels are set up for maximum efficiency over the long term.

Factor 3: Your Electric Bills

High electric rates and grid dependence make solar an attractive choice. Sunzera assists in analyzing your electric bill, focusing on your monthly usage, electric rate, and additional charges. By understanding these elements, we determine the right-sized solar power system for your needs, aiming to offset costs and provide a substantial payback.

Factor 4: You and Your Property

Ownership of the property where the solar system will be installed is crucial. For financing or leasing options, a good credit score is beneficial. To leverage tax credits, review your last year's tax returns. Sunzera guides you through these personal considerations to ensure a seamless transition to solar power.

In Rochester, where sunlight, lower costs, and credits/refunds align, going solar is not just an environmental choice but a practical one. Sunzera's commitment to affordability and personalized solutions makes the transition to solar an accessible and rewarding journey. Embrace the sun, reduce costs, and empower your property with clean, sustainable energy.

[askrodhotwater]

Why Buy The Solar Collector Panels Hot Water For Your Home?

Environmental sustainability and cost-effective living are becoming increasingly important in today's world. Thus, harnessing the sun's power for your household's hot water needs is a smart and responsible choice. Solar collector panels hot water, designed to collect the sun's energy and change it into heat for your home's water supply, offers numerous benefits that go beyond just saving on energy bills. Read more:- https://www.biztobiz.org/articles/why-buy-the-solar-collector-panels-hot-water-for-your-home

[friendtechbd]

Discover the Secrets of Efficient Solar Power System Design and Installation.

In recent years, a growing interest has been in harnessing solar power as a sustainable and renewable energy source. Solar power systems offer numerous benefits, including reduced reliance on fossil fuels, lower energy costs, and a smaller carbon footprint. If you’re considering investing in a solar power system for your home or business, it’s essential to understand the design and installation…

[enertech]

Enertech has installed a 20KVA 240VDC 3Ph Solar hybrid inverter for a school. Solar hybrid inverters are an excellent choice for educational institutions as they combine solar power with grid electricity, ensuring a reliable and sustainable source of energy.

Here are some benefits of using an Enertech solar hybrid inverter for a school:

Renewable Energy Generation Cost Savings Backup Power Energy Independence Environment Friendly Remote monitoring and control

For more details please call us on +91 9373336340 +91 9370659050 sales@enertechups.com

Auxilium #Convent #Chapaguri #DonBasco #Bongaigaon #assam #School #sikar #plant #Becharaji #gujrat #Car #Shed #Railway #Ranghat #West #Bengal #WB #Training #Khowai #Farmers #solarsysteminstallation #solarinstallers #reducebills #solarusecase #enertechups #enertech #hybridinverter #atmanirbhar

[cad-design-services]

Optimization of Solar Panel System Design through GIS Mapping and Geotechnical Engineering Services

Solar panel system design assumes a very significant role in the sustainable developmental process. It is possible to enhance the efficiency and effectiveness of solar installations using GIS (Geographic Information System) mapping services with geotechnical engineering services. Using such advanced techniques, solar projects can be planned to their full potential in terms of energy output while keeping associated risks near ground level and ensuring long-term sustainability.

Proper design ensures that the solar panel system not only gives maximum energy but also allows a decrease in installation costs and guarantees long-term performance. Modern design of solar panel systems incorporates GIS mapping services and geotechnical engineering services.

Integrating Solar Design with GIS Mapping Services

GIS mapping is used to provide critical geographical data in the design of a solar panel system. Engineers can evaluate topography, land use, and environmental factors that will help in determining the best places to have solar panels using GIS. It offers accurate site selection, minimizes the risk of shading, and increases energy production.

Furthermore, GIS mapping services can be extended to the early stages of project planning in identifying any prospective obstructions that may be encountered. These could be in the form of structures or vegetation around the solar panels that might cast shadows. Developers can ensure maximum sunlight exposure and minimize interference to any project incorporating GIS into solar panel system design.

The Role of Geotechnical Engineering Services in Solar Projects

While GIS mapping services provide valuable insights on geographical aspects in the design of solar panel systems, geotechnical engineering services concentrate on the physical characteristics of land. Geotechnical engineers study soil composition, stability, and other conditions on the ground to ensure that the solar panels are strongly anchored.

Incorporating geotechnical engineering services into the design process will prevent structural problems resulting from unstable or unsuitable soil conditions. Attention early in the process to these issues helps project developers avoid expensive delays while guaranteeing that the solar installation will be safe and long-lasting.

The integration of solar panel system design, GIS mapping services, and geotechnical engineering services has not only made efficient but also sustainable solar projects. These advanced tools will help optimize energy production and reduce risks to ensure long-term success for developers. These services are hence very critical in shaping the future of solar energy when demand for renewable energy continues to rise.

[swiggity-swexual-i-am-asexual]

Basically, it’s discovered that to help stabilize Danielle, aka Ellie, it’d be best to have her be smaller. She refused to be turned into a kid by Frostbite/her own power ability, when Danny remembered the shrink ray his parents made. The side effect is that they’re kind of stuck as humans when they’re that small—they can use some ghost powers, but basically, it’s a weird side effect of the shrink ray. That’s canon, by the fucking way, lmao

Anyways, so Ellie agrees, and Danny will shrink himself with the ray to her size to help her out when needed/when she wants company her size, with Jazz, Sam, and Tucker occasionally helping out. Sam buys one of those really ornate Victorian dollhouses, with wooden everything, and Danny does some… renovations… so that it no longer opens and is a proper house. There’s still some oddities because it’s a dollhouse originally, but it was easier and faster to give her a home. One of the first additions was a water/wastewater system, followed like two hours later by an electrical system. Since it was so small, Danny was able to do it fairly quickly in his big size, occasionally going small and using the small window for using his powers to double check on things.

The water system had to be refilled every week, unless hooked up to a plumbing system in a house, which Danny made some outlets for in Jazz’s room—it was easier and had significantly less questions/didn’t stand out as much if placed in Jazz’s room. They usually did it every three days, though, as the plug-in process was still a bit… hinky. The tanks for holding the water were in the ‘basement’, which was mostly inaccessible from the inside of the dollhouse but basically looked like a big stand the dollhouse stayed on. Like someone ripped a full house out of the ground WITH the basement attached. There was a small access hallway down some stairs in the house for the clean water system, though.

The electric system was fairly simple, as it didn’t cost much energy to light a dollhouse and heat/cool water. There was an AC unit, Ellie’s request, but it hardly was used and was fairly efficient just due to pure size. It was fueled by ecto batteries, which Danny made sure had a few rechargability options—just because it was efficient energy didn’t mean it didn’t ever need recharging. There was a very small ecto filter, but due to its relative small size, was easy to clean and was fairly stable, so they had a whole closet of them just chilling out, both filled and empty. The battery itself could be charged by ecto sources, Danny’s own blood, or ambient ectoplasm gained by using something that looked like a solar panel and a satellite dish had a child that the batter could be placed in. The hookup also allowed for like… normal D cell batteries.

They would buy dollhouse furniture, and occasionally just buy the big version then shrink it down. Ellie had a huge old house to herself, basically, might as well go ham. And she had a fun time with the designer doll clothes Sam liked to get, although the cheap doll clothes from the store were also fun. Best option was just buying normal clothes and shrinking them, but using things that were already small or just making stuff using normal sized objects was fun.

At some point, though, the Fenton siblings decide to go on a trip. Ellie begs to be taken along, and Jazz agrees—there’s a doll showcase in Gotham, and Jazz wanted to see if anything caught Ellie’s interest. Danny, having a room in the dollhouse himself, also went along. Might as well make it a sibling’s trip, right?

Ellie can be full size for small chunks of time, which they did while exploring the expo. They found some cool things to add, and some doll clothes Ellie was far too interested in trying on, as well as some to force on Danny later. He sighed, but like—that’s his little cousin-sister, he’d put up with it. After all, he learned how to plumb an entire (miniature) house in two days when she refused to move in until it had a fully functional bathroom, so.

Anyways!

They have a fun time, and sure, lugging the relatively giant dollhouse was a PAIN, but it was Ellie’s home, and some stabilizing tech made it relatively safe to move without risking everything freaking breaking. They load everything in again, and the dollhouse is now restocked with clothes, tiny furniture, and a lot of shrunken supplies—some foods are just hard to work with full size, and are easier to shrink, okay? Also soap, paper goods, pencils and pens, books, etc. Jazz loads the thing into her car, and Danny offers to stay with Ellie in the dollhouse—so Jazz gets them in, and shrinks them down, holding onto the shrink ray in the meantime.

All is going relatively well in Gotham traffic until there’s a rogue attack.

Go figure.

Jazz ends up unconscious, and Danny and Ellie can’t do anything before the rogue is taken care of and a paramedic team comes up. They hide back in the dollhouse, listening as the medics say she seems to be okay, just unconscious. A relief, but now they’re taking Jazz away. Fenton luck states she’s one of the few actually injured. The Bat Brigade comes by, and Batman notices that there’s a wallet for one Danny Fenton. Red Robin confirms that Jazz was likely here with at least two other people, based on the ticket stubs for the expo. However, there is a strange lack of social media presence, Danny doesn’t have a photo ID, and there’s no way of knowing for SURE that it was just Danny with her, if it was just two other people, or if Danny was in the car with her. Still, as they can’t find him but DO have his sister and his wallet, they assume he might be missing, possibly kidnapped.

The Gotham PD of course take in the car, although it’s pretty trashed. Knowing well and good that the dollhouse and such things are actually quite expensive, Commissioner Gordon mentions that it wouldn’t be a bad idea for Batman to maybe hold onto the Fenton’s things that *aren’t* related to the investigation.

Batman just takes everything. Including a rather peculiar looking gun that seems to have sustained some damage during the attack and car crash.

Gordon sighs. Figures.

So, Danny and Ellie end up in Wayne Manor. Most of the things end up in the Batcave, but Alfred insists that they place the doll things upstairs in the manor proper—the cave isn’t *that* damp, but doll things are small and delicate. So, upstairs they go.

At first, it’s fine. Danny and Ellie are fine in the dollhouse, and it’ll be at least a week before any of the systems NEED to be worked with.

Then Ellie ends up with a massive migraine. She gets them, on occasion, a sort of growing pain. Usually, they just shrink some medicine for her as she needs it, because she’s like—twelve. While they did have some medicine that had been pre-shrunk, when they were stocking up in Gotham, it turns out pain medicine was more expensive there. Not by much, but they figured—they’ll just stock up in Amity Park, they’ll be there in two days.

Haha. Nope.

So, Danny finally has to venture out. He lucks into finding the first aid kit—why there was one in the main living room, he’s not sure—and is currently working on trying to get open the blister packet of an ibuprofen when Alfred finds him.

Alfred stares at this tiny boy with a tiny make-shift knife trying to get into… over the counter pain medication.

Danny stares at this butler guy who had very gently cleaned the outside and noted the strange fact that the dollhouse did not open.

Danny waves at Alfred.

Alfred waves a tiny finger back.

“Hello,” Alfred says softly, which is fantastic because loud noises could get painful—part of the reason for Ellie’s headache was an argument between Tim and Damian. “How do you do?”

Danny hesitates, before he makes an exaggerated so-so gesture.

“You understand me?”

Danny nods—it’s rare for people to understand what he’s saying when he’s 5 inches tall.

“How wonderful,” Alfred smiles. “And how can I help our young guest tonight?”

Danny gestures to the blister packet.

“Pain medication? Isn’t that a little bit large for you.”

The teen thinks for a second on how to communicate. He points to the pill, then makes a slight show of pretending to grind something, like a mortar and pestle.

Thankfully, Alfred got the idea. “Would it be easier if I ground it up for you?”

Danny takes a moment to think before accepting with an enthusiastic nod.

“Very well,” Alfred says, taking the blister packet in one hand. He then hold his other out, palm up, like a platform. “Would you like to come with me?”

Danny ‘his survival instincts died when he did’ Fenton gets into Alfred’s hand.

Alfred grinds up the pill into a fine powder. Danny hands him a tiny bottle—still large in Danny’s hands, as it was not a shrunk bottle—that he had tied around his waist. Alfred fills it, and hands it back.

“I assume you came from the tiny house we have in our living room?”

Danny again nods. Alfred takes him there, setting him down outside the front door. Danny bows, and sure it’s Japanese as hell, and he’s white as all get out, but it’s a generally understood gesture of thanks. He hopes.

Alfred understands it just fine. “I bid you goodnight, then. Perhaps we will talk more, when you are feeling better?”

Danny hesitates, again, but he nods. Alfred had been nice enough, so far.

Danny heads in, quickly measuring out the medicine—shrunk pressure plates and scales and weights made what it was measuring relative—to him the weights on the hand balance scale felt the same weight. Ellie got her medicine, and they both went back to sleep.

He told her in the morning what happened. Ellie was strangely gung-ho about meeting this butler guy, and so—when no one else was around—, she and Danny went onto the tiny balcony as Alfred came in to dust.

“Oh my,” he said. “There’s two of you, now. Should I expect more?”

Both of them did an exaggerated ‘no’ dance.

“Very well, I don’t believe I’ve introduced myself. I’m Alfred Pennyworth, the family butler. Welcome to Wayne Manor.”

[easunpower]

FLASH SELLING ONLY REST 4 HOUSE FOR EASUN POWER OFFICIAL STORE, COME ON.

[wonders-of-the-cosmos]

Mariner program

The Mariner program was conducted by the American space agency NASA to explore other planets. Between 1962 and late 1973, NASA's Jet Propulsion Laboratory (JPL) designed and built 10 robotic interplanetary probes named Mariner to explore the inner Solar System - visiting the planets Venus, Mars and Mercury for the first time, and returning to Venus and Mars for additional close observations.

The program included a number of interplanetary firsts, including the first planetary flyby, the planetary orbiter, and the first gravity assist maneuver. Of the 10 vehicles in the Mariner series, seven were successful, forming the starting point for many subsequent NASA/JPL space probe programs. 

The name of the Mariner program was decided in "May 1960-at the suggestion of Edgar M. Cortright" to have the "planetary mission probes ... patterned after nautical terms, to convey 'the impression of travel to great distances and remote lands.'" That "decision was the basis for naming Mariner, Ranger, Surveyor, and Viking probes."

Each spacecraft was to carry solar panels that would be pointed toward the Sun and a dish antenna that would be pointed at Earth. Each would also carry a host of scientific instruments. Some of the instruments, such as cameras, would need to be pointed at the target body it was studying. Other instruments were non-directional and studied phenomena such as magnetic fields and charged particles. JPL engineers proposed to make the Mariners "three-axis-stabilized," meaning that unlike other space probes they would not spin.

Mariner 1 and Mariner 2

Mariner 1 and Mariner 2 were two deep-space probes making up NASA's Mariner-R project. The primary goal of the project was to develop and launch two spacecraft sequentially to the near vicinity of Venus, receive communications from the spacecraft and to perform radiometric temperature measurements of the planet. A secondary objective was to make interplanetary magnetic field and/or particle measurements on the way to, and in the vicinity of, Venus.

Animation of Mariner 2's trajectory from August 27, 1962, to December 31, 1962. Mariner 2 · Venus · Earth.

Mariners 3 and 4

Sisterships Mariner 3 and Mariner 4 were Mars flyby missions.

Mariner 3 was launched on November 5, 1964, but the shroud encasing the spacecraft atop its rocket failed to open properly and Mariner 3 did not get to Mars.

Mariner 4, launched on November 28, 1964, was the first successful flyby of the planet Mars and gave the first glimpse of Mars at close range

This archival image is an enhanced contrast version of the first Mars photograph released on July 15, 1965. This is man's first close-up photograph of another planet -- a photographic representation of digital data radioed from Mars by the Mariner 4 spacecraft. Data was either sent to Earth immediately for acquisition or stored on an onboard tape recorder for later transmission.

The pictures, played back from a small tape recorder over a long period, showed lunar-type impact craters (just beginning to be photographed at close range from the Moon), some of them touched with frost in the chill Martian evening. 

Mariner 5

The Mariner 5 spacecraft was launched to Venus on June 14, 1967, and arrived in the vicinity of the planet in October 1967. It carried a complement of experiments to probe Venus' atmosphere with radio waves, scan its brightness in ultraviolet light, and sample the solar particles and magnetic field fluctuations above the planet.

Mariners 6 and 7

Mariners 6 and 7 were identical teammates in a two-spacecraft mission to Mars. Mariner 6 was launched on February 24, 1969, followed by Mariner 7 on March 21, 1969. They flew over the equator and southern hemisphere of the planet Mars.

Mariners 8 and 9

Mariner 8 and Mariner 9 were identical sister craft designed to map the Martian surface simultaneously, but Mariner 8 was lost in a launch vehicle failure. Mariner 9 was launched in May 1971 and became the first artificial satellite of Mars. 

Mariner 10

The Mariner 10 spacecraft launched on November 3, 1973, and was the first to use a gravity assist trajectory, accelerating as it entered the gravitational influence of Venus, then being flung by the planet's gravity onto a slightly different course to reach Mercury. It was also the first spacecraft to encounter two planets at close range, and for 33 years the only spacecraft to photograph Mercury in closeup.

Venus in real colors, processed from clear and blue filtered Mariner 10 images

Mariner 10's photograph of Venus in ultraviolet light (photo color-enhanced to simulate Venus's natural color as the human eye would see it)

This mosaic shows the planet Mercury as seen by Mariner 10 as it sped away from the planet on March 29, 1974.

source x, x | images x

[foone]

Ever heard of collapse OS?

Yeah. I haven't looked into it too closely. I think it's an interesting idea (for anyone else, it's an operating system designed to be used post-society-collapse: it runs on low powered and homemade computers) but I don't think it's very likely to be useful.

I think in any sort of "society has collapsed and we can't make new computers!" situation, the vast majority of computer use will be of existing computers. People will run laptops off solar panels and such. And in those cases, I think the existing OSes are going to be the most useful, since they have plenty of software already existing for them, not to mention they're already installed on those computers.

Plus Forth is a strange choice. Like, I understand WHY Forth, it's easy to implement and runs on anything, but I think the problem is that most programmers don't know Forth. And it's not common enough that there's gonna be books left over that you could get from the ruins of a library or bookstore.

So just like OSes, the answer for "what language will we use after a societal collapse?" is probably just gonna be "the same ones we currently use, mostly. Because we have books for those."

I could see this project being more reasonable as a book, though. Teach the reader forth and then collapse OS, maybe include an SBC that can run it?

In any case: I think it's really only got value as a thought experiment, and as one I don't find it super-interesting or enlightening. It's a good idea to think now about how you could use computers after a major (or even minor) collapse, but I think this isn't a very realistic answer. As a project by a single guy for fun? Sure.

[blueiscoool]

‘Ancient Roman’ Solar Roof Tiles Power Pompeii Villa

Ancient Roman ruins at Pompeii have been fitted with invisible solar panels, in a move that will contribute to the archaeological site’s sustainability efforts and cut costs. The innovative panels, which blend into the background by imitating traditional materials, were installed on the House of Cerere, on a thermopolium — a Roman snack bar — and on the House of the Vettii, which recently reopened following 20 years of restoration work.

“They look exactly like the terracotta tiles used by the Romans, but they produce the electricity that we need to light the frescoes,” said Gabriel Zuchtriegel, the director of the archaeological park of Pompeii, in a press release.

Each year, 3.5 million tourists explore the vast ruins of the ancient Roman city, which was buried by the eruption of Mount Vesuvius in 79 AD. But due to Pompeii’s size, energy bills are expensive and conventional methods of providing power across the site can threaten its appearance.

“Pompeii is an ancient city which in some spots is fully preserved,” Zuchtriegel said. “Since we needed an extensive lighting system, we could either keep consuming energy, leaving poles and cables around and disfiguring the landscape, or choose to respect it and save millions of euros.” The new technology will help the archaeological site to cut energy bills and make it more enjoyable, he added.

The invisible solar panels — or “traditional PV tiles” as they are technically known — were created by the Italian company Dyaqua. They can be designed to appear like stone, wood, concrete or brick, and hidden on walls, floors and roofs, according to Elisabetta Quagliato, whose family owns Dyaqua, in the press statement.

“We are an archaeological site but we also want to be a real-life lab for sustainability and the valorization of intangible heritage,” Zuchtriegel said. “Our initiative is not merely symbolic. Through the million tourists who visit us every year, we want to send a message to the world: cultural heritage can be managed differently and in a more sustainable way.”

Other locations in Italy using the invisible solar technology are the commune of Vicoforte in Italy and, soon, Rome’s contemporary art museum Maxxi. Public buildings in Evora, Portugal, and Split, Croatia will also install the panels, according to the press statement.

Pompeii’s recent use of these panels is just the beginning, Zuchtriegel said. “From now on, we will be taking this solution into account for all future renovation and restoration projects.”

By Garry Shaw.

[uhhhyaenbyjade]

Thunderwing - Horizon Custom Machine

Machine: Thunderwing

Cauldron: Omicron

Class: Communication

Based on the prehistoric azdarchid pterosaur Hatzegopteryx, the Thunderwing is a massive, but peaceful, Communication Class machine, similar to the Tallneck. Its name comes from the booming flapping of its wings in the air. It covers vast distances via aerial travel, connecting the Tallneck communication system over barriers such as oceans, islands, mountains, and canyons. There are only twenty Thunderwings at one time, making them incredibly rare.

However, they are still seen regularly; despite being able to stay in the air for months at a time without landing, they take regular pit-stops at designated landing sites in their designated “territory” for maintenance by other Zero Dawn Machines. As one would expect, when nearby tribes witnessed such regular landings, Thunderwings quickly became significant to many cultures. In the Great Delta of the Quen, the landing of the local Thunderwing happens in their territory every four months, each day being a recognized holiday in the Quen calendar. In the Tenakth Clan Lands, the Thunderwing is revered as the most legendary of the Wings of the Ten, and the local machine will use the Arena as a landing site once a year.

The Thunderwing is very similar to that of a Tallneck. It has a massive set of muscles to support the immense weight of the head and radar dish, and when landed for maintenance, it will often patrol a small area. Similarly to its Communication Class sister, the Thunderwing cannot be damaged or overridden, but it does provide an ideal resting space for aerial mounts when flying. The main power source of the Thunderwing comes from the solar panel wings, but this is supplemented with emergency supplies of blaze during maintenance. In order to ease the weight of flying, when a Thunderwing encounters a favorable air current, it can use the sparkers on its wings to shock the muscles into stiffness, soaring on the current for miles.

This machine is created by me, and posted on March 15th, 2024! If you wish to use this machine or artwork in a project, please tag and credit me!

[marlynnofmany]

The Good Perch

“You would think,” Captain Sunlight said drily, “That a spaceport organized enough to have a whole section for courier ships would have a more visible labeling system.”

“Yeah, really,” I agreed with a frown at the small sign marking our ship’s berth. The thing was barely ankle-height and a thin font. Not even a bright color; it hardly stood out from the pavement in its gray-and-black subtlety. With all the spacefarers parading past in a rainbow of body types and clothing styles, not to mention the equally wild spaceships everywhere, those signs were easy to miss. I asked the captain, “Have you been here before? Is this normal, or did the wrong person take charge of designing things?”

“It’s been a while,” said Captain Sunlight, crossing her scaly arms. “I don’t recall this being a problem before. But I suspect our wayward client is still wandering the walkways looking for us.”

“Normally I’d say our ship would stand out, but the visibility’s not great for that either.” Lemon-shaped spaceships with foldable solar sails were pretty uncommon. The one parked behind us would have been easy to spot from a distance if not for the larger ships looming close on either side. These berths were too close together.

Captain Sunlight pulled her phone out of a belt pouch. “Still says they’re on the way.”

“Maybe we need to scoot forward a bit?” I suggested. “Make the ship easier to see?” I stepped up to the walkway for a better look at the view from there.

This turned out to give someone else a better view of me.

“Hey, person who climbs things!” called a cheerful voice. “Come help me brace this.”

After a confused half-second, I located the speaker on top of the gray-brown ship next to ours. I realized with a start that this wasn’t the first time our ships had been parked side-by-side. “Hey, Acorn!” I called back. “Are you waiting for clients too?”

“We were,” the fellow courier called back, waving something that looked like a wrench. She herself still looked like a baboon crossed with a crocodile. “Now it’s time for errands and maintenance, and this needs fixing before we get back into space. Care to give me a hand? Everybody else is either busy or too much of a coward to get up this high.”

“Sure thing!” I said with a glance at Captain Sunlight, who was waving me on. “What’s the best way up?”

Acorn directed me to a row of handholds on the other side of the ship, which made for a nice easy climb. A pity her crewmates didn’t appreciate heights; the spaceport was a beautiful, chaotic sprawl of color from here. And the top of the ship was flat enough to feel plenty safe.

“Welcome to the good perch,” Acorn said, offering me a wrench. “It’s a very exclusive club. Can you hold this part in place so I can adjust that?”

“Absolutely,” I told her. “This end, right? Wait, got it.” I actually had no idea what this open panel was for, but I like to think I hid it well. The job was a simple one with two of us. I could see how it would have been awkward with just one, though. I wondered if she’d resorted to using her feet to hold things in place. I sure would have.

“Got it!” she said. “Now to close it all up. I knew that would be quick.”

I removed the wrench. “What’s the saying? More hands means less work?”

“Makes sense to me. Though by that logic, your friend there could get everything done by himself.”

I looked down to see that Mur had joined Captain Sunlight, in all his many-tentacled squidlike glory. “He probably could, actually. Though I don’t know how he is with heights.”

“Well, no need to share the good perch,” Acorn announced, snapping the panel shut. She spread her arms. “Look at this panorama!”

“It is a nice one! I was just thinking that. What kind of ship is that blobby green one over there? I haven’t seen it before.”

Acorn stood up for a better look. “I think it’s a Waterwill design?”

“That makes sense.” I got to my feet too, glad the ship we stood on wasn’t one of the shiny racer models. Those were much too slippery to make good sightseeing towers.

Not that Acorn seemed bothered either way. She probably would have found grippy shoes somewhere and run up the side just to prove she could. Her appreciation for climbing had been a nice change the first time I ran into her, and was no different now, given how much time I spent among alien crewmates who didn’t have tree-swinging monkeys in their family trees.

“That ship looks like it would make an excellent climbing structure,” she said, pointing at a pink model with grooves along the sides. “Pity it belongs to a security force who are likely to be uptight about such things.”

I laughed. “Isn’t that always the way of it? There’s a police station in my hometown with a roof that slopes down to meet a very climbable wall, and you have no idea how tempting it looked. Well. Maybe you know.”

She definitely understood, and we spent an enjoyable few minutes talking about which buildings and spaceships looked like the most fun to climb.

Then I spotted someone wandering from one berth marker to the next, looking both lost and a little nearsighted, and I had a suspicion that I’d found our missing client. This was a fellow human wearing the kind of drapey clothes that spoke of dignity and no little wealth. Her expression was exactly the kind I’d wear if I had to deal with those hard-to-read signs long enough to be late.

“Hey Captain!” I called down to Sunlight. “Is that her?” I pointed.

Captain Sunlight hurried forward with her phone out, matching the look of the person with an image there.

Yup. Called it.

Acorn chuckled while the pair of them exchanged greetings and complaints about the station layout. “Nice one. The wisdom of the heights strikes again. Do they need you down there now?”

“Probably,” I said. “Actually not yet, this package is a small one. Mur’s got it.” As I spoke, Mur pushed a hovercart forward with a box on it liberally covered in “fragile” stickers. It had a carrying handle on the top, which it had come with, and rubber bumpers on every corner, which Paint had added just to be safe. All precautions had been taken.

“Oh good,” Acorn said. “Then enjoy the view with me a little longer.” She bent to pull something from the toolbag’s side pocket. “Top-of-the-tree snack?”

“Are those the ones you’re named for?” I asked, remembering a conversation the last time I’d seen her. Translations being what they were, her name meant a similar nut from her homeworld. It had been an amusing conversation, since we were both named after things found in trees. She didn’t know what a robin was, but once I explained it, she claimed to have met a number of people back home with similar names.

“Yes, the salted version,” Acorn said, opening the bag. “I recall these were on the safe list for your species.”

“Safe and tasty,” I agreed. “Thank you.” I accepted a handful of alien acorns and marveled quietly at how universal salt was on snacks. Well, for some species. I don’t think Waterwills or Strongarms were that into overly salty food in general. Probably for slug-like reasons. Eggskin the medic would know. I should ask him later.

Acorn peered over the other side of the ship. “Ohh, Riverbrook’s wearing his goofy helmet. I owe him some acoustics since he played that loud music while I was working.” She crouched, peering down at a crewmate who had just emerged. With care, she selected a nut from the bag. “Think you can thwack him from here?” The grin she threw over her shoulder was full of teeth.

I joined her at the edge. “I like my odds.”

The crewmate was one of those people made of crystals instead of flesh. I forget the species name. Very interesting to look at, and unlikely to be hurt by a high velocity acorn no matter where it hit. The helmet was golden, shiny, and probably a fashion statement of some kind.

“First we throw, then we hide.”

“Got it.”

“One, two, throw!”

Ping! Ping!

“Ow, what was — Acorn, is this yours?!”

We both giggled in childlike glee, just out of sight.

“No thanks, you can have it!” Acorn called back.

“I’m going to put this in your fruit drink next mealtime.”

“Good luck with that!”

I nodded. “Ah, a prank war. A noble pursuit.”

“See, you get it.” Acorn offered me more nuts.

I took them and made myself more comfortable. “I don’t suppose you know what a rattlesnake is?”

“Nope.”

“Then let me tell you about the time I got Trrili — the big scary Mesmer on my ship — with a classic prank from Earth.”

“Oh, do tell!”

I didn’t have to get back to my ship for a few minutes yet, which left plenty of time for more anecdotes and snacks on the good perch.

~~~

The ongoing backstory adventures of the main character from this book. More to come! And I am currently drafting a sequel!