#vertical solar panels

[solarpunkbusiness]

Vertical solar panels are proving to be a new solution for northern regions, yielding 20 per cent more energy than traditional panels

Norway’s national football stadium carries a lesser-known star attraction: 1,242 solar panels stretching across the roof.

These are not traditional flat roof panels. The mini, square-shaped solar panels have two key features that distinguish them from those typically seen on buildings: they are bifacial, meaning they have two active sides, and they are installed vertically.

Ullevaal Stadium has an ambitious goal of generating at least 250,000 kilowatt-hours (kWh) of electricity annually, around the energy needed to power 71 households for a whole year. 

These bifacial vertical solar modules are the only solution capable of achieving these figures, particularly in colder, less sunny regions. If the goal is achieved, the stadium will enlarge its installation to other sides of the roof.

It might seem counterintuitive not to tilt solar panels to face the sun directly, as installations are usually angled to align with the latitude in which buildings are located. However, recent studies show that bifacial vertical photovoltaic (PV) panels can outperform traditional models in terms of energy generation.

Scientists at the Dutch research organisation TNO examined why this is the case. It’s not because bifacial solar panels have two identical but opposite sides, but because traditional tilted PV panels tend to overheat when the sunlight is too strong.

“Lower operating temperatures correspond to increased performance,” explains Bas van Aken, a scientist at TNO. 

[karynvienerblog]

[headspace-hotel]

There are so many tech startups with a Great Idea for indoor vertical farming and they keep crashing and burning and yet people keep investing in indoor vertical farming because it is "The next big thing" according to some ass backwards whacko conception of the universe where industrial monoculture agriculture is already the most efficient and sustainable possible use of land that could ever exist and its not even worth investigating foolish things like "Any of the agriculture systems practiced on the planet except modern industrial monoculture" or "Thousands of edible plant species that exist and could be used as crops"

the idea that will solve world hunger and preserve ecosystems, supposedly, is simply to stack plants in layers and layers on top of one another in these shelf type structures in a giant warehouse, shining electrical lights on them so they can grow.

Of course it is a glaring problem that it takes massive amounts of fossil fuels to run the electricity, basically replacing solar power used in normal agriculture (the sun) with fossil fuels, which is the opposite of what we need to be doing.

So they say, "Worry not! We can generate the electricity with solar farms!" at which point I perhaps need to study more deeply to comprehend the business model of building an array of solar panels to provide energy for a solar-powered facility in order to grow the already solar-powered plants (creatures which already have solar panels on them from birth)

[materialsscienceandengineering]

In a new study, Yale researcher Alison Sweeney found that giant clams in the Western Pacific may be the most efficient solar energy system on the planet. Solar panel and biorefinery designers could learn a thing or two from iridescent giant clams living near tropical coral reefs, according to a new Yale-led study. This is because giant clams have precise geometries -- dynamic, vertical columns of photosynthetic receptors covered by a thin, light-scattering layer -- that may just make them the most efficient solar energy systems on Earth. "It's counter-intuitive to a lot of people, because clams operate in intense sunlight, but actually they're really dark on the inside," said Alison Sweeney, associate professor of physics and of ecology and evolutionary biology in Yale's Faculty of Arts and Sciences. "The truth is that clams are more efficient at solar energy conversion than any existing solar panel technology."

Read more.

[daisy-mooon]

Sci-fi worldbuilding ideas for your city planets :)

If the planet is entirely city, where does the oxygen come from? Are their farms dedicated to producing oxygen? Special factories? Are there plants that produce oxygen very quickly all over the planet? Do you have to pay an oxygen tax?

Does the planet have natural water? Are the oceans untouched, incorporated into the city, or have they been drained and the water used for things in the city? What is it used for? Drinking, dams, hydroelectricity, food production, etc?

How deep does the city go? Has the planet been mined into to create more space? Is geothermal energy used? Are the bottom levels reserved for things such as sewage, electricity production, factories, prisons, etc?

What is transportation like? Are there roads, floating roads, or are trains and trams used instead? Are planes used? Is transportation fast enough to quickly travel across time zones?

How is food produced? Is it imported, or is it grown on planet? A combination? Think about greenhouses, factorised farms, vertical farming projects, etc. If oceans are left relatively untouched, is food produced in it? Are fish kept? Are there ration laws?

Are the poles less occupied than the rest of the city? Are they used for storing frozen goods, super computers? On a planet with no oceans, is ice and snow valuable?

The same goes for the equator of the planet. Is it more or less occupied? Is the heat used for anything? Are there solar panel farms? Air conditioning?

Are there parks and protected areas of nature? Ancient gardens, important forests, sacred land? Are there laws about chopping down trees? Are there farms for trees and plants? Are their plant shops, and are they expensive? In Star Wars, a part of Coruscant's highest mountain is a public monument that you can look at - are parts of mountains, rare ores, fossils, etc, preserved?

Not all sci-fi cities look the same. Coruscant has skyscrapers arranged in a very chaotic manner, stretching incredibly deep and incredibly high, and there is almost no plant life or natural parts of the planet to be seen. Xandar is arranged neatly with very similar style buildings whilst remaining relatively low rising compared to other city planets, and has lots of greenery and a fairly untouched ocean. Wakanda is relatively defined in layout, with a mixture of plants and buildings, houses and skyscrapers, with every building being unique. Draw inspiration from whatever you like.

Write whatever you want, even if it's common or cliche. It doesn't matter if it has been done before, because it hasn't yet been written by you.

Happy worldbuilding!

[hometoursandotherstuff]

What is going on with this 2010 earth ship in Montrose, CO? Usually, I like earth ships, but this is madness. 2bds, 2ba, asking $825K.

It's been 24 yrs., and it's still not finished. The buyer has to finish it. This is ugly. Look at the tire walls.

It's interesting for us, from an architectural standpoint, to see how an earth ship is made. So this is that garden area they always have at the entrance.

Bathroom?

Look at this. I first thought that these were clothes hanging. The tires are vertical and some are clearly flat.

On this wall they're horizontal. So, you put the adobe on these? So, you frame them and put up wallboard?

What a project. How can you figure out how to finish what someone else started?

Don't know what this is.

So, these batteries have been here since 2010.

The solar panel. Surprised there's just one.

39.90 acres of nice trees, but they cleared out the land around the house too much. They didn't leave any trees.

The earth ship looks big, and it looks like there's a house on the property, plus a shed and so many outbuildings, plus a trailer. The description says: "These can serve as storage, workshops, artist studios, or whatever else your heart desires."

https://www.zillow.com/homedetails/230-Sunrose-Ln-Montrose-CO-81403/104593806_zpid/?

[solarpunkani]

Ok things I think it would be cool to reuse covered parking garages for

And we are talking about those multi-floor kinda things the ones that look like this

These types. Idk if they’re super common outside of the states but I don’t think I’ve ever been in a city that DOESNT have one of these. They tend to be at least 2 to 4 floors tall, with stairwells and sometimes even elevators in each corner section. They’ve got ramps inside so cars can get from floor to floor, and parking spaces all along the insides too. And lights as well.

In a solarpunk future-world there would be A Lot Less Need for cars. I don’t imagine they’d cease to exist entirely (they’re still important for accessibility) but definitely not as much as would necessitate building or having these behemoth concrete parking garages (or several, as there are TONS in my city esp downtown.) ‘Stop building more of them’ is one thinf, but what could we do with the ones that would remain?

- Tear them down and use the space for something else is teeechnically an option, but could be complicated.

- The top part could be used as an urban solar farm! Honestly I think the tops of parking covers should have solar panels anyways, but yknow.

- Vertical farms! Genuinely didn’t come up with this one, saw it in another post, but I do like it! Put some grow lights in and they could be a nice concentrated place to grow vegetables in little raised beds! You could even dedicate multiple floors to this!

- Market places! Could set up some stalls in there on weekends and have people shop around, while still having some protection from the elements! I’ve seen market places in parks, under bridges, and parking lots—an old parking garage could suit fine for that!

- Skate park? The asphalt might be a bit rough for falls, but it could maybe be fun to add a few extra ramps and rails and make it a skater’s paradise! (Please do note I cannot skate so if any skaters think this would be an Awful Idea by all means let me know)

Let me know if you think of other cool ideas!

[lonestarflight]

"At the Kennedy Space Center in Florida, the payloads for the STS-41-D Space Shuttle flight are shown loaded in Discovery’s cargo bay. With the orbiter in the vertical position at Launch Pad 39A, the payloads are, from top to bottom, OAST-1 a 102-foot-tall, 13-foot-wide Office of Application and Space Technology solar panel), the Satellite Business System SBS-D, Telstar 3-C, and Syncom IV-2. The six day mission is scheduled for launch on Aug. 29, 1984."

Date: August 14, 1984

NASA ID: KSC-84PC-0552

[rjzimmerman]

Excerpt from this story from CNN:

William Fulford moved from Virginia Beach, Virginia, to a new waterfront development in Florida in 2023. Nestled between Sarasota Bay and the southwestern part of Tampa Bay, the new home by Bradenton Beach was everything Fulford, a retired custom homebuilder, ever wished for.

The developers of the new Hunters Point community, Pearl Homes, billed the property as the first “net-zero” single-family home development in the US, meaning residents produce more energy from solar panels than they need, with the excess energy either being stored or sold back to the grid – in a state where most electricity is generated by burning natural gas, a planet-warming fossil fuel.

They also boast some of the most sustainable, energy-efficient and hurricane-proof homes in the country: The streets surrounding the homes are intentionally designed to flood so houses don’t. Power and internet lines are buried to avoid wind damage. The sturdy concrete walls, hurricane-proof windows and doors are fortified with a layer of foam insulation, providing extra safety against the most violent storms.

Climate resiliency and storm protection were built into the fabric of the homes. And while the newly developed homes have endured a few storms since people moved in around February 2023, Hurricanes Helene and Milton put those features to the true test over the last two weeks.

Most of the residents living in Hunters Point heeded the mandatory evacuations ahead of Hurricane Milton’s landfall but Fulford, 76, stayed behind with wife, Sueann, just as they did during Hurricane Helene last month.

They stocked up on water and groceries. Fulford moved the car to higher ground. He tied up all patio and back deck furniture together. They brought everything from the garage, which made up the entire ground floor, up to the living spaces on the second floor. And, in the event of a worst-case scenario, Sueann insisted on getting life preservers.

“I’m just quite convinced that the strength and everything in this house. They built a great house, a strong house,” Fulford said. “And I just feel comfortable. I feel like we’re high enough up, even if we get a storm surge.”

When Gobuty started the design process for Hunters Point, it was imperative the homes be able to withstand Category 5 hurricanes. It’s the first residential development to get a Leadership in Energy and Environmental Design (LEED) net-zero certification in the world, according to the US Green Building Council.

Each of the three-story homes are designed like this: The ground floor is a garage designed with flood vents to drain rising water. The living spaces start on the second floor, which is intentionally built 16 feet above sea level. From the roof to its foundation, steel straps secure the entire structure. Solar panels are attached to the roofs’ raised vertical seams to prevent them from flying off.

The property also sits in a major flood zone, which meant the homes needed to be elevated to meet Florida’s building codes. Still, the developers went beyond the required 3 feet of fill dirt and used 7 feet instead to be safe.

[plotandelegy]

Practical and Unique Post-Apocalyptic Shelter Design Ideas for Fantasy Writers

 You've decided to destroy civilization in your fantasy novel? Sucks to be your character. Now let's make their situation a little better or worse but at the least unique, practical, and resourceful. 

Use What's Left Behind: The end of the world doesn't mean the end of human ingenuity. Think of what materials survived your apocalypse and how to reuse them. Crumbling skyscrapers can be reinforced and turned into vertical communities, or broken-down cars can be transformed into steel-tough barricades. Old school buses or train cars? 

The Importance of Defense: Your characters aren't the only ones who have survived. Threats lurk everywhere. Design shelters that have built-in defenses. Your skyscraper community may have drawbridges between floors, or your train car home can be easily detached and sped away in case of danger. Remember the secret exits!

Incorporate the Natural Environment: Trees, caves, and mountains offer robust options for post-apocalyptic shelter. A hollowed-out hillside, for example, provides cover from harsh weather and is easily defensible. Make sure the natural element isn't in a highly radioactive environment. The trunk of a massive, ancient tree could house an entire family. Underwater habitats in the middle of a lake or an ocean? 

Reinvention of Basic Utilities: How will your characters access fresh water, dispose of waste, or maintain a consistent food supply? A river or rainwater could be cleverly directed and filtered, or a salvaged solar panel can provide electricity for a makeshift greenhouse. Composting toilets aren't glamorous, but they get the job done. I may be too used to modern comforts because that last one is a big ew.

Adapting to Your Apocalypse: If you have a nuclear winter scenario, consider shelters with radiation shielding and heat sources. Alien invasion? Consider camouflage or underground dwellings. Zombie outbreak? Elevate your shelters; zombies can't climb! Well, I hope your zombies can't climb. If they do, you may be a sick unhinged person. Keep it up. Makes for better fiction.

Remember, It's Home: This is where your characters will spend a lot of time. Personalize these spaces to reflect the inhabitants. Maybe one character is obsessed with salvaging books, so there's a small library corner. Perhaps another is a mechanic, and there's a well-stocked tool area. Little details will make your post-apocalyptic shelters feel more like home. Or not. A lack of home-related details could add to a sense of impermanence. Having to pull up and run a lot, maybe leaving things behind in your haste, adds to the suspense.

No long ending paragraph today. Have fun writing!

-Indigo

[uselessmicrowave]

kinktober day nine

tfa sentinel

tws/content- public (closet), object insertion, finger biting, masochism (?), masturbation, choking, self degradation (?)

a/n- slut (affectionate)

If Sentinel doesn’t get something inside of him, he thinks he’ll explode. He’s way too warm, he’s shaking, his array is throbbing underneath his panels. Sentinel ducks into a storage closet from the hallway he was walking in.

His interface panels pop open without a needed command, he slides down from the wall onto the floor. Completely ignoring his spike, he pushes shaking digits into his valve, sliding in and out with a scissor motion.

Sentinel bites his derma to prevent a wanton moan, looking beside him for something safe he could stretch himself with. The cans and energon bottles were too flat on the top, the spray bottles were too oddly shaped. The mop was too thin and too long and he’s growing increasingly impatient.

His lubricant leaks onto the cold floor, smearing on his aft as he reaches for a replacement handle for a broom. It almost looks like a faux spike in the dark, hopefully feels like one too. It’s flared a bit at the base and has a blunt circular tip. He runs the object across his glossa before sliding it into him.

His optics widen as he gasps, he didn’t expect for it to reach his ceiling node. He gives a long, loud whimper, silently hoping that no one was in the hallway.

How disgusted would the bot be if they saw Sentinel like this, using a replacement handle to self service? He rocks his hips side to side, massaging the node placed deep in him, scrunching his faceplates in pleasure and choking out his groans.

He grabs hold to the end of the handle, thrusting his hips up to chase that too-much feeling. He shoves digits into his intake, effectively quieting his moans.

Sentinel’s array throbs, an overload building in his circuits makes him grow tight on the handle, biting his digits to silence himself. It makes his servo hurt, but it’s better than being caught like this.

He tilts the handle vertically as much as his anatomy lets him, making the grip texture on it slides against his exterior node, through his folds. The tip rams into the lower part of his ceiling node, he pushes the digits in his intake towards his fuel seal. The almost-touch of his digits in his neck cables forces him to choke, effectively dampening the strong urge to moan until his vocalizer gave out.

The prime bites down again as a wave of white hot sharpness rages to his core. Sentinel overloads with a half silenced and desperate moan, rubbing the handle back and forth pressed against his array to ride the overload out.

He slumps against the back of the small closet, optics closed and limbs now limp. He gives himself a couple kliks to catch his vents before dealing with the mess he’s left, probably everywhere. He pulls the handle out of himself, setting it in front of him.

Messy. Messy fragging mech. He got transfluid all over the stupid fragging door, dammit. He blushes, embarrassed. He pulls a soft cloth from his subspace, cleaning up any transfluid or lubricant that was left on his spike, valve or aft.

Kneeling now, he rummages through a clean up cart, pulling out a handful of disposable towels and wiping away his fluids from the ground first. He sighs cleaning up the door, then wiping his lubricant off the handle.

Sentinel huffs as he sits back down, rubbing the inside of his thighs. They’ll be sore the next solar cycle, but it was definitely worth it.

[solarpunkbusiness]

Sunzaun has designed its vertical solar systems for the growing field (no pun intended) of agrivoltaics – when agriculture and solar coexist on the same land. Crops are grown, or smaller animals such as sheep graze, around or underneath solar panels. Benefits include efficient land use, clean energy, and potential water savings due to shade created by the solar panels.

The Novato, California, company says its vertical solar systems can also be used as city infrastructure – that is, along highways, next to railroads, and as residential or public fences.

Sunzaun says on its website that its system is designed to accommodate framed and unframed bifacial vertical solar panels, and that wires are managed in a safe way.

[sonetra-keth]

SMART CITY

A Smart City is an urban development concept that integrates information and communication technology (ICT) and various Internet of Things (IoT) devices to enhance residents' quality of life, improve urban services, and optimize resource efficiency. It is an urbanization that uses innovative technology to enhance community services and economic opportunities, improve city infrastructure, reduce costs and resource consumption, and increase civic engagement. Smart Cities leverage data and technology to address urban challenges and create sustainable, connected, and efficient urban environments.

A smart city is an urban area that uses digital technologies to improve the quality of life for its citizens, promote economic growth, and foster sustainable development: 

Uses technology: Smart cities use technologies like the Internet of Things (IoT), artificial intelligence (AI), and data analytics to collect and analyze real-time data. 

Improves services: Smart cities use technology to improve services like transportation, water supply, waste disposal, and building lighting and heating. 

Enhances the urban environment: Smart cities use technology to create safer public spaces and meet the needs of an aging population. 

Promotes economic growth: Smart cities use technology to optimize city functions and promote economic development. 

Improves quality of life: Smart cities use technology to improve the quality of life for citizens. 

Fosters sustainable development: Smart cities use technology to reduce emissions and improve resource use. 

IEEE Standards Help Enable Smart City Technologies for Humanity

As cities transform into vibrant centers of technology and creativity, the vertical skyline emerges as an innovative solution to urban issues. This architectural breakthrough changes our perception of space and relationship with the environment. High-rise buildings featuring green terraces and solar panels create a sustainable landscape within concrete jungles. The vertical skyline signifies the blend of nature and technology, with smart structures using sensor-driven systems to enhance energy efficiency and residents' quality of life. Vertical gardens boost air purification and provide peaceful retreats from city life. In this advanced setting, commuting is revolutionized with high-speed elevators and sky bridges, while drones deliver goods, reducing traffic. Community is essential in the vertical skyline, as shared spaces encourage social bonds. Rooftop parks and communal amenities foster relationships and inclusivity in urban planning, ensuring accessibility for all. As we move toward this vision, we must balance innovation with preserving cultural identity and incorporating local art and history into the design. Ultimately, the vertical skyline embodies a forward-thinking approach to building livable, sustainable, and interconnected urban environments, merging the natural world with the urban experience. As we ascend these high-rise structures, we find not only homes and offices but also spaces dedicated to fostering biodiversity. Rooftop gardens and vertical farms contribute to local food production, reducing the carbon footprint associated with transportation while promoting a farm-to-table ethos within the heart of the city.

The integration of smart technologies enhances waste management and resource efficiency, featuring innovations like composting systems and rainwater harvesting that support sustainability initiatives. Additionally, the use of recycled materials in construction reflects a commitment to minimizing environmental impact, allowing cities to evolve without compromising our planet’s future.

Amidst this growth, we recognize the significance of community-driven initiatives that empower residents to participate in urban design. Initiatives that involve local stakeholders ensure that the vertical skyline is not merely a place for habitation but a thriving hub of creativity and collaboration. Public art projects and cultural programming can transform shared spaces into vibrant canvases for expression, reflecting the diverse narratives that shape urban identity.

As we envision this future, we must also address potential challenges, from incorporating affordable housing in these vertical developments to ensuring that technological advancements do not widen the gap between socioeconomic classes. Engagement with diverse voices throughout the planning and implementation processes is vital, resulting in inclusive designs that prioritize equity and accessibility.

This harmonious ecosystem of the vertical skyline fosters resilience against climate change by incorporating nature-based solutions that mitigate urban heat island effects and enhance urban drainage systems. As walls dissolve between urban living and nature, cities can pivot towards models of regeneration rather than mere consumption.

In summary, the vertical skyline represents a holistic vision of urban life—one where innovation, community, sustainability, and culture intersect seamlessly. As we embrace this transformative journey, let us champion a future where vertical living celebrates the past while propelling us forward, crafting cities that are not only habitable but also vibrant and alive.

Key components of a Smart City include:

Smart Infrastructure

Digital Connectivity

Data Analytics

Smart Governance

Sustainable Development

Procedure to Achieve Smart City:

Vision and Strategy

Stakeholder Engagement

Policy and Regulatory Framework

Infrastructure Investment

Pilot Projects

Sonetra KETH (កេត សុនេត្រា) Architectural Manager/Project Manager/BIM Director RMIT University Vietnam + Institute of Technology of Cambodia

[solarpunkani]

Solar Powered Community Fridges - Concept Art

So one of my grad school classes is a 8 week long group project to essentially come up with an artistic solution to a problem. Of course, my pitch was solarpunk in nature, and my group actually really liked it! Basically, the concept is to design a series of solar panel-powered community fridges, to help address food insecurity and build community in different areas without having to rely on a specific host building to provide power. What better time to show my concept art than Solarpunk Aesthetic Week?

Originally, I was just drawing up ideas with what usually comes to mind when I imagine fridges--upright fridges. Here's my concept art!

In these sketches, my main concern was imagining how these fridges would fit into the community alongside their power sources--I didn't want them to be too bulky, but I also wanted them to be available for easy access. I also figured they'd need shelter for the fridge's longevity, as well as to protect any users from the element. It'd also be nice to have them alongside other mutual aid sources like little free pantries, little free libraries, the like. One of my favorite designs is the sheltered community space on page 2, with the fridge, the seat, the pantry, and the library all in one protected structure with solar panels on the top. Having a table near the community fridge would also be nice to give people a place to rest as well.

However, around this time, I started trying to find out just how big of a solar panel would be needed to power a fridge like this, and the results were... a bit discouraging. Until! I was informed that chest freezers use way less energy to keep cool--cool air sinks, so opening an upright fridge releases most of the cold air that's been building up and makes the machine work harder to keep cool, whereas a chest fridge doesn't lose nearly as much cold air. In addition, some people have converted chest freezers into chest refrigerators for as little as ~$30 USD. Due to the insulation in a chest freezer, converted chest fridges use way less energy than their upright counterparts to keep cool, making it way more feasible to power them with solar.

So of course, I had to get to drawing again!

Since I'd already concepted a variety of structures for upright fridges, for the chest fridges I mostly focused on their design and possible convenience/accessibility concerns I had been worried about, one of the main being having to reach inside vertically instead of horizontally--several of my family members have difficulty bending, so I was worried having a chest fridge would make things more difficult for others like them. There are likely other ways to address this concern that I haven't thought of, but for now I've concepted putting a grabber tool inside of every fridge so people with trouble bending can still get things. How well it'd work in reality, I'm not sure...

Buuut these are my concepts so far! I hope you like them, I hope they're cool? Let me know what you think! I think these would be cool to have in a solarpunk future--whether they're entirely possible today or will have to wait until a somewhat-distant, 'solar panels can generate more energy with less size and fridges are also way more energy efficient' future I can't say, but it's cool to think about!

[Image 1: Pencil sketches of refrigerators connected to solar power. The annotations on them are as follows. An arrow points to a magnet caddy on the freezer door with markers and stickers, saying "Markers + labels for dating donations". An arrow points to a battery-structure at the base of a solar panel system saying "Doubles as charging station for phones & stuff". An arrow points to a slanted roof structure over a fridge saying "Bus stop-esque structure." An arrow points at a glass door grocery store-style fridge saying "any kind of fridge, any size."

Image 2: Pencil sketches of refrigerators connected to solar power. The annotations on them are as follows. An arrow points to a fridge under a slanted roof structure, saying "Paintings on the fridge itself." Over a portion of a brick wall is written "Murals can be on accompanying walls or on the shelter structure for the fridge." An arrow points to a wheel-mounted solar panel saying "solar panel". A community space is named at the top "The Free Community Space: Open 24/7" An arrow points to the outside wall of a community space structure saying "mural on outer walls". Items inside are labeled 'Freedge, Little free Library, Seeds, Pantry'. An arrow points to a couch, saying "Maybe a bench instead?" Written on the inner wall is "mural inside." An arrow pointing at the space says "Community built space w/ lights, solar panels, little free library, freedge, seed library, little free pantry, couch (???). Solar battery stored behind or on top. Plastic magnet door to protect from elements? Like those magnet curtains?"

Image 3: Pencil sketches of refrigerators connected to solar power. The annotations on them are as follows. An arrow points to a slanted structure over a mini fridge, saying "Solar panel on roof?" Another arrow points to the side saying "Chalkboard paint--anyone can art here." Underneath says "variety of sizes/energy needs mean wider availability". At the top of a curved shelter on a pole is written "solar panel", along the sloping sides is "curved solar panels" and "Or solar voltaic glass?" On the underside of the structure is a label saying "Could be in a park or smth (something)". An arrow points to a box at the base of the structure, saying "charging station" and another arrow labels a table and chairs.

Image 4: Pencil sketches of refrigerators connected to solar power. The annotations on them are as follows. Along the top of a slightly-curved roof structure is an arrow saying "curved solar panel roof. renogy curved 4ft x 2ft for example". To the side of the roof is written "4 panels each side, 0.45 kWh x 8 = 3.6 kWh/h". A chest fridge is labeled "converted chest fridge", and a glass-front box is labeled "Old cabinet/case now Little Free Library". A box sitting between them is labeled "I hear car batteries are good solar storage for cheaper?" A standalone chest fridge has the following labels: "Could paint on fridge exterior" "solar panel on top of fridge?" "most chest freezers are 22-28 in wide &24-38 or 54-68 in long. The longest wattage panel needed would be ~50 in long & ~26 in wide"

Image 5: Pencil sketches of refrigerators connected to solar power. The annotations on them are as follows. The inside of an open lid has an arrow pointing to a grabber object saying "Grabber for accessibility for those w/ trouble bending". A label points at a strap fastened to the inside of the lid saying "straps to help shorter people pull the lid closed." A variety of arrows point to a drawing of an open, decorated chest fridge saying the following: "Counter-balanced lid" "Baskets/crates for storage -> can slide or be removed to access underneath" "Murals on front & sides (not back)" ]

[mysteriouslyjellyfish]

No more cultivating resilience today. No more activating solutions or building greener futures. For the rest of the day, we mourn.

I'm ready to mourn. Maybe not every day, not all the time. I'd like to keep feeling hopeful sometimes and to spend other times blissfully ignoring reality until the tragedy and terror come crashing down again. But I think we all need to do a little bit of acknowledging what's happening and a bit of letting ourselves feel really, really sad. It seems like everyone is too scared to do that, too busy trying to fight it off with anger and fear and frustration pointed in various directions. But I think it would help.

I think maybe we should mourn what we've lost, what we've destroyed, and all the beings we've ignored. Mourn our rivers and forests and coastlines. The lives that have been and that will be lost in climate catastrophe. Mourn the system we've built that requires us to dig up the Earth, mold it into something salable, and convince people they need it; that it'll make their life better, sell it to them because we need to make money to buy food and pay for healthcare. Mourn the fact that most public schools don't have a class where kids go outside and learn about maples and oaks and what a blue jay likes to eat; that after 5th grade most of them hardly get a chance to go outside all day; that despite all this we are still calling on them to Save Us. Save The Environment. Save It All, Even If We Don't Know What It Is.

I want to be allowed to be sad without having to pull out some millennial irony and apocalypse humor to cover it up. I don't want to try to be positive. I don't want to pretend that I have optimistic visions of future cities sheathed in solar panels and vertical gardens. I do not. I want to look the past and future in their faces and see them for what they are and let the grief come out of my rib cage like a flood.

Today, I feel sad.