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Fast, smart, and efficient: drones equipped with high-pressure water jets are used to precision-clean solar panels in the vast Taklamakan Desert, #Xinjiang.

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Mao Ning 毛宁

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65,819 görüntüleme • 1 yıl önce •via X (Twitter)

Sağlık & İyilikBilim & TeknolojiHaberler & Politika#Xinjiang
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How solar panels are cleaned at the edge of the Taklamakan Desert in China.
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How solar panels are cleaned at the edge of the Taklamakan Desert in China.

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🇨🇳 In China, there are robots that double as solar panels and use the power they generate to clean other solar panels. Snow often covers solar panels at photovoltaic power stations durng winter. This robot automatically removes the snow.
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What a convenient and smart way to install solar panels while still maintaining the beauty and aesthetics of the building. With such approach, clean energy and beautiful architecture can truly go hand in hand.
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How is China turning barren desert into a sprawling sea of solar panels? Click to discover how robots are making it possible deep in the Taklimakan Desert.
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How is China turning barren desert into a sprawling sea of solar panels? Click to discover how robots are making it possible deep in the Taklimakan Desert.

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Think Solar panels are "Green"? think again. Making solar panels requires toxic chemicals, huge amounts of energy and water, and creates toxic waste. The common types (mono- and poly-crystalline panels) need extremely high heat at every stage of production. For example, temperatures of 2,700°F to 3,600°F are required just to turn sand-like silicon dioxide into usable silicon. Up to half of that silicon is then wasted when the thin wafers are cut. For every 1 megawatt of solar panels produced: About 1.4 tons of toxic chemicals are used (including hydrochloric acid, sodium hydroxide, sulfuric acid, nitric acid, and hydrogen fluoride). Nearly 2,900 tons of water are needed. 8.6 tons of pollution are released—most of it from powerful greenhouse gases (SF₆, NF₃, and C₂F₆) that trap heat thousands of times more effectively than carbon dioxide. Other dangerous waste includes toxic gases like trichlorosilane and silicon tetrachloride, plus harmful dust from the cutting process. The thinner “amorphous” or thin-film solar panels are made with cadmium, a chemical known to cause cancer and damage DNA. By the end of 2016 the world already had about 250,000 tonnes of discarded solar panels. That was just 0.5 % of all electronic waste produced that year. The International Renewable Energy Agency estimates that by 2050 we could be throwing away 6 million tonnes of solar panels every single year, adding up to a total of 78 million tonnes. At that point dead solar panels could make up 10 % of all electronic waste, and the total amount of worn-out panels could be larger than all the electronic waste the world produced in 2018. Recycling is often presented as the easy fix, but it isn’t. It still uses large amounts of energy, water and other resources, and workers have to handle toxic materials that eventually need to be disposed of. Right now only two commercial recycling methods exist for solar panels, and there are just a handful of facilities that can do the job anywhere in the world. #GreenEnergy
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Think Solar panels are "Green"? think again. Making solar panels requires toxic chemicals, huge amounts of energy and water, and creates toxic waste. The common types (mono- and poly-crystalline panels) need extremely high heat at every stage of production. For example, temperatures of 2,700°F to 3,600°F are required just to turn sand-like silicon dioxide into usable silicon. Up to half of that silicon is then wasted when the thin wafers are cut. For every 1 megawatt of solar panels produced: About 1.4 tons of toxic chemicals are used (including hydrochloric acid, sodium hydroxide, sulfuric acid, nitric acid, and hydrogen fluoride). Nearly 2,900 tons of water are needed. 8.6 tons of pollution are released—most of it from powerful greenhouse gases (SF₆, NF₃, and C₂F₆) that trap heat thousands of times more effectively than carbon dioxide. Other dangerous waste includes toxic gases like trichlorosilane and silicon tetrachloride, plus harmful dust from the cutting process. The thinner “amorphous” or thin-film solar panels are made with cadmium, a chemical known to cause cancer and damage DNA. By the end of 2016 the world already had about 250,000 tonnes of discarded solar panels. That was just 0.5 % of all electronic waste produced that year. The International Renewable Energy Agency estimates that by 2050 we could be throwing away 6 million tonnes of solar panels every single year, adding up to a total of 78 million tonnes. At that point dead solar panels could make up 10 % of all electronic waste, and the total amount of worn-out panels could be larger than all the electronic waste the world produced in 2018. Recycling is often presented as the easy fix, but it isn’t. It still uses large amounts of energy, water and other resources, and workers have to handle toxic materials that eventually need to be disposed of. Right now only two commercial recycling methods exist for solar panels, and there are just a handful of facilities that can do the job anywhere in the world. #GreenEnergy

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Carney just released this, notice that he has now switched from Energy Superpower, to “Clean energy superpower” Words matter. And note the picture they used, it’s acres of solar panels. Is he going to ship batteries charged with our solar power overseas? No. That’s absurd. There’s no such thing as being a clean energy superpower.
0:14

Carney just released this, notice that he has now switched from Energy Superpower, to “Clean energy superpower” Words matter. And note the picture they used, it’s acres of solar panels. Is he going to ship batteries charged with our solar power overseas? No. That’s absurd. There’s no such thing as being a clean energy superpower.

Ryan Gerritsen🇨🇦🇳🇱

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