新奇事件簿 麻省理工發(fā)現(xiàn)獲取太陽能新方式

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Researchers from the Massachusetts Institute of Technology (MIT) have discovered a new way of capturing the Sun’s energy. A team from MIT has created a new technique that involves coating windows with special chemical dyes. The dyes help trap the light from the Sun and send it to special storage cells that then convert the light into electricity. The team’s discovery could transform buildings into energy plants. It could even one day mean that the windows in our houses could power our homes. The scientists say their dyes can produce ten times more power than the traditional solar panels used around the world today. They predict that this clean and renewable energy technology could be available within the next three years.

美國麻省理工學院研究人員發(fā)現(xiàn)一種獲取太陽能的新方式：將特殊的化學染料與鍍膜窗戶結(jié)合在一起。這種染料可以截獲太陽光，將其發(fā)送至特殊蓄電池中，轉(zhuǎn)換為電能。通過這一發(fā)現(xiàn)，建筑物將成為發(fā)電廠。也就意味著，將來有一天人們家中的窗戶可以為房屋提供能源。科學家稱，與目前全球使用的傳統(tǒng)的太陽能電池板相比，這種染料產(chǎn)生的能量超過其十倍之多，并預言，這種清潔可再生能源技術(shù)將在未來三年內(nèi)投入使用。

The idea was first developed in the 1970s but was abandoned. Scientists then found that too much of the collected sunlight failed to reach the solar storage units at the edges of the window. The MIT engineers revived the idea and used colored dyes to stop the light from escaping. MIT’s development also does away with the need for hundreds of bulky solar cells. Instead, their method only requires cells around the edges of the window. MIT’s Professor Baldo explained: "The coated glass would let through about 10 per cent of the Sun to light up the room, and the remainder would be captured and funneled to the edges to solar cells to generate electricity. It would look like smoked glass because of the dyes." The new discovery could help fight climate change.

這一觀點于20世紀70年代首次提出，然而未得以實踐。因為當時的科學家發(fā)現(xiàn)，收集的大多數(shù)太陽光無法到達窗棱上的太陽能儲存裝置。麻省理工學院工程師重新提出了這一觀點，并采用彩色染料阻止太陽光流失。此外，研發(fā)過程中無需大量太陽能電池，僅需在窗棱四周放置電池。麻省理工學院的巴爾多教授說道：“大約10%的太陽光可穿過鍍膜玻璃照亮房間，剩余的太陽光將被捕獲，并匯集到窗棱上的太陽能電池中從而進行發(fā)電。由于染料的作用，鍍膜玻璃看起來就像煙色玻璃。”這一新發(fā)現(xiàn)可以有助于對抗氣候變化。