2019/12/16  
ITRI unveils tech for recycling solar panels (2019/12/02)
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  • 英文 English 
    ITRI unveils tech for recycling solar panels (2019/12/02)

    The Industrial Technology Research Institute held a media event on Monday to present its sustainable energy technologies. For the first time, ITRI showcased its system for recycling solar panels that have reached the end of their lifespan. Taiwan is heading toward a 20% renewables target by 2025. As more solar panels are installed each year, the need for their sustainable disposal will only continue to grow.

    Taiwan has set a renewable energy target of 20% by 2025. It expects solar power to become the biggest source of green electricity.

    Liu Wen-hsiung
    ITRI president
    Taiwan has an inherent limit. And it is that 98%, 99% of our energy is imported. So when it comes to developing renewable energy, it’s as if we have no other choice. And if this thing is to be done, we have to look at our energy options here in Taiwan. There’s wind. Solar.

    In small batches, tiny white crystals are deposited in the machine to be sorted. Researchers closely track the data generated, monitoring progress and making analyses. ITRI has unveiled its recycling technologies for solar panels. It’s part of ITRI’s five key technologies for solar panels, which focus on their design, testing, power generation, energy storage, and recycling.

    Researcher
    Solar panel recycling is just getting started in Taiwan. At present, we can take a standard solar module, remove the aluminum frame, and recycle that. But the industry is still developing the technologies for recycling the rest. What’s typically done overseas is that the panels are smashed and then the materials are separated out.

    To support solar in Taiwan, ITRI has developed a host of environmentally friendly recycling technologies that upgrade the green energy industry and help build a sustainable future.

    中文 Chinese  
    工研院展太陽能技術 拚2025再生能源占20%

    工研院上午在新竹中興院區舉辦永續能源科技之旅,首次曝光太陽能回收技術,完整展現工研院太陽能模組製造、回收再生、成品驗證測試、室內發電等四大關鍵技術。希望讓民眾更加了解太陽能,也朝向2025年再生能源占比百分之20的目標前進。

    台灣訂出2025年再生能源占比20%的目標,其中再生能源占比中,太陽能為最大的綠電來源。

    [[工研院院長 劉文雄]]
    “台灣就是說,他有一個先天上的一個限制,就是說,我們的能源有百分之98、99都是進口,那在發展再生能源的一個課題上面,我們等於是說不得不這樣做,那如果是要這樣做的話,那我們就要看看,我們台灣的能源的選項有哪些,風力、太陽光”

    一顆一顆的白色結晶體,送入機器中進行分類,一旁研究人員全程盯著運轉產生的數據,進行監控和分析。工研院首次曝光太陽能板回收技術,展現太陽能回收、設計、測試、發電,以及儲能系統等五項關鍵技術。

    [[研究員]]
    “目前台灣太陽能的回收才剛起步,所以目前傳統上太陽能模組,是把鋁框拆下來之後回收鋁框,剩下的東西,目前產業都還在開發技術中。那國外的方法,通常是會把它經過粉碎,再去把材料做一個分開來”

    為促進國內太陽能產業發展,工研院發展出多項對環境友善的循環科技,促使綠能產業再升級,打造永續新未來。
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