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Welcome to Glow. The solar-mining crypto protocol scaling solar via aligned incentives. Bitcoin turned tokens into millions of mining machines; Glow turns tokens into millions of solar panels. A similar playbook, except that Glow replaces hash power with solar power ⤵️ 1/12

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Glow Foundation

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17,697 görüntüleme • 5 ay önce •via X (Twitter)

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Mining ⚡️ Bitcoin in the middle of a 🌱 rice field in 🇮🇩 Bali with ☀️ solar power 🙌
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Mining ⚡️ Bitcoin in the middle of a 🌱 rice field in 🇮🇩 Bali with ☀️ solar power 🙌

Bitcoin News

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ELON: CHINA CAN MAKE ENOUGH SOLAR PANELS TO POWER THE U.S. IN 18 MONTHS “China has the ability to produce solar panels with a steady-state output roughly two-thirds that of the entire U.S. economy from all sources. Which means that just with solar alone, China can, in 18 months, produce enough solar panels to power all the electricity of the United States.” Source: The All-In Podcast
1:20

ELON: CHINA CAN MAKE ENOUGH SOLAR PANELS TO POWER THE U.S. IN 18 MONTHS “China has the ability to produce solar panels with a steady-state output roughly two-thirds that of the entire U.S. economy from all sources. Which means that just with solar alone, China can, in 18 months, produce enough solar panels to power all the electricity of the United States.” Source: The All-In Podcast

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This new open-source software lets your bitcoin mining machines automatically use the extra energy from your solar panels. It adjusts in seconds, from about 1–3 kW per miner, so excess electricity can be converted into bitcoin instead of sold back to the grid cheaply.
0:43

This new open-source software lets your bitcoin mining machines automatically use the extra energy from your solar panels. It adjusts in seconds, from about 1–3 kW per miner, so excess electricity can be converted into bitcoin instead of sold back to the grid cheaply.

Documenting ₿itcoin 📄

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CHINA IS TURNING MOUNTAINS INTO SOLAR FARMS - WITH DRONES In a flex of scale and tech, China’s using drones to blanket remote hillsides with millions of solar panels - like a real-life game of renewable Minecraft. The project shown here is likely in Shanxi, part of a nationwide push to turn rugged terrain into clean energy engines. No country installs - or produces - more solar than China. And they’re not slowing down. Source: daily_learningfacts
2:13

CHINA IS TURNING MOUNTAINS INTO SOLAR FARMS - WITH DRONES In a flex of scale and tech, China’s using drones to blanket remote hillsides with millions of solar panels - like a real-life game of renewable Minecraft. The project shown here is likely in Shanxi, part of a nationwide push to turn rugged terrain into clean energy engines. No country installs - or produces - more solar than China. And they’re not slowing down. Source: daily_learningfacts

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$TE sits directly in the power bottleneck behind the AI buildout. Its stringer machines connect 70+ solar cells per minute into the electrical core of high-performance solar modules with materials and manufacturing capacity anchored in the U.S.
1:27

$TE sits directly in the power bottleneck behind the AI buildout. Its stringer machines connect 70+ solar cells per minute into the electrical core of high-performance solar modules with materials and manufacturing capacity anchored in the U.S.

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Solar power today costs 50% more than it did around 2020, even though solar panels themselves keep getting cheaper. John points out that people often confuse the cost of panels with the cost of power. "A solar panel doesn't get you what you want. You want electrons at the location that load is at." But delivering electricity requires land, labor, transmission, and capital, all of which are inflationary.
2:11

Solar power today costs 50% more than it did around 2020, even though solar panels themselves keep getting cheaper. John points out that people often confuse the cost of panels with the cost of power. "A solar panel doesn't get you what you want. You want electrons at the location that load is at." But delivering electricity requires land, labor, transmission, and capital, all of which are inflationary.

Patrick OShaughnessy

167,663 görüntüleme • 5 ay önce

“This farm is completely converted into solar panels. A couple of hundred acres of panels here. This is disgusting. So ugly. Such an eyesore. What are they going to do with those {solar) panels when they wear out? Ask yourself that question. The country’s gone mad.”
0:56

“This farm is completely converted into solar panels. A couple of hundred acres of panels here. This is disgusting. So ugly. Such an eyesore. What are they going to do with those {solar) panels when they wear out? Ask yourself that question. The country’s gone mad.”

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Elon Musk: If you covered the entire cleared area around a nuclear power station with solar panels, the solar panels would often produce more electricity than the nuclear plant itself. “If you take a nuclear power station and the whole clear area that's around it, it ends up being quite a bit of land. If you carpeted that land with solar panels, which would generate more, the nuclear power station or the solar panels? And usually, it's the solar panels. Now of course, you could always amp up the nuclear power station, but just taking the way things currently are, that's sort of an interesting data point. It's just to give you a sense of how much energy is hitting the Earth from the sun.” From: Interview at the EEI Annual Convention, June 11, 2015
0:29

Elon Musk: If you covered the entire cleared area around a nuclear power station with solar panels, the solar panels would often produce more electricity than the nuclear plant itself. “If you take a nuclear power station and the whole clear area that's around it, it ends up being quite a bit of land. If you carpeted that land with solar panels, which would generate more, the nuclear power station or the solar panels? And usually, it's the solar panels. Now of course, you could always amp up the nuclear power station, but just taking the way things currently are, that's sort of an interesting data point. It's just to give you a sense of how much energy is hitting the Earth from the sun.” From: Interview at the EEI Annual Convention, June 11, 2015

ELON CLIPS

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How different planets handle the solar wind: Every second, millions of tons of stellar plasma crash into our atmosphere—and our rock simply turns the devastation into a light show.
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How different planets handle the solar wind: Every second, millions of tons of stellar plasma crash into our atmosphere—and our rock simply turns the devastation into a light show.

Curiosity

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With power grid largely destroyed in Israel's war on Gaza, Palestinians have turned rooftops and tent poles into lifelines. Solar panels now power phones, charge batteries and provide a few hours of light after sunset. Al Jazeera’s Hani Mahmoud reports.
2:43

With power grid largely destroyed in Israel's war on Gaza, Palestinians have turned rooftops and tent poles into lifelines. Solar panels now power phones, charge batteries and provide a few hours of light after sunset. Al Jazeera’s Hani Mahmoud reports.

Al Jazeera English

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To replace global fossil fuel consumption with solar would take 274 billion panels. The energy to mine, manufacture and install those panels translates to 96 billion barrels of oil, 374 trillion cubic feet of natural gas and 23 billion tons of coal. Then there's the fact that solar panels last only 15 to 20 years before needing replacing, meaning the cycle of mining, smelting and building repeats every generation. Even if 274 billion panels were built and installed, solar doesn't deliver 24-7 power. Massive backup systems, batteries, gas plants or other infrastructure would still be required, demanding billions more tons of material. You can't mine and manufacture your way out of the second law of thermodynamics. Solar is not a one-time build. It's an industrial treadmill: endless mining, endless rebuilding, endless waste -- all to chase an illusion of replacing the dense, affordable and reliable energy we already have.
0:57

To replace global fossil fuel consumption with solar would take 274 billion panels. The energy to mine, manufacture and install those panels translates to 96 billion barrels of oil, 374 trillion cubic feet of natural gas and 23 billion tons of coal. Then there's the fact that solar panels last only 15 to 20 years before needing replacing, meaning the cycle of mining, smelting and building repeats every generation. Even if 274 billion panels were built and installed, solar doesn't deliver 24-7 power. Massive backup systems, batteries, gas plants or other infrastructure would still be required, demanding billions more tons of material. You can't mine and manufacture your way out of the second law of thermodynamics. Solar is not a one-time build. It's an industrial treadmill: endless mining, endless rebuilding, endless waste -- all to chase an illusion of replacing the dense, affordable and reliable energy we already have.

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teaser: i’m a solarpunk on the weekends documenting my journey of moving from silicon valley to the countryside and turning a run down farm into a tech-/solar-infused home we will build a bitcoin-powered greenhouses, drones, humanoid droids and lots and lots of solar power ☀️🔋
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teaser: i’m a solarpunk on the weekends documenting my journey of moving from silicon valley to the countryside and turning a run down farm into a tech-/solar-infused home we will build a bitcoin-powered greenhouses, drones, humanoid droids and lots and lots of solar power ☀️🔋

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The first Haven-1 solar wing has completed its qualification campaign, culminating in a deployment test performed at Vast in Long Beach with support from our partner, DHV Technology. The wing's six deployable solar panels produce 1.2kW of power in standard orbit conditions. With Haven-1 set to fly twelve wings, a total of 14.4kW is available to power avionics, payloads, and everything in between.
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The first Haven-1 solar wing has completed its qualification campaign, culminating in a deployment test performed at Vast in Long Beach with support from our partner, DHV Technology. The wing's six deployable solar panels produce 1.2kW of power in standard orbit conditions. With Haven-1 set to fly twelve wings, a total of 14.4kW is available to power avionics, payloads, and everything in between.

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🇺🇸 THIS SOLAR CONTAINER UNFOLDS LIKE A TRANSFORMER AND POWERS CONSTRUCTION SITES In just 5 minutes, it pops out 60 solar panels and gets to work - no roof required. It can power heavy-duty machines with up to 1000 kilowatts, then pack itself up if the wind gets sketchy. Think of it as a portable power plant in a box, minus the drama. Source: Unstoppable Gadgets

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Dogecoin I cut the roof off a school bus, raised it 17" and turned it into a Solar Powered Tiny Home, that mines LTC and Doge with excess power.
2:02

Dogecoin I cut the roof off a school bus, raised it 17" and turned it into a Solar Powered Tiny Home, that mines LTC and Doge with excess power.

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Just how many angles are there to learn about a city? Thousand-year-old imperial tomb? Desert agriculture for grapes and goji? Power plants of millions of solar panels? The ancient gateway to the west? Ningxia is all of those above and more...
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Just how many angles are there to learn about a city? Thousand-year-old imperial tomb? Desert agriculture for grapes and goji? Power plants of millions of solar panels? The ancient gateway to the west? Ningxia is all of those above and more...

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