The concept of generating electricity from flowing water is introduced as a significant innovation within the "Blue Economy" framework, with potential applications across industries. The $15 billion market for kitchen and sanitary fittings sees continual growth, fueled by demand from consumers upgrading facilities and new real estate developments. However, with rising material costs, there's a need for increased efficiency and alternative energy sources. Canadian professors Daniel Kwok and Larry Kostiuk discovered that water flowing through tiny channels generates voltage due to ion exchange. This phenomenon, applied at a large scale, can produce useful amounts of electricity. Taiwan's Industrial Technology Research Center (ITRI) demonstrated this in practical applications, powering LED lights for faucet temperature indicators without external electricity. This technology extends to safety applications, such as LED-lit firefighter hoses and illuminated emergency exit indicators in sprinkler systems. With the potential to power small devices like MEMS, this innovation could redefine energy use across industries, minimizing reliance on traditional power sources. As the technology advances, new opportunities emerge for entrepreneurship, providing efficient, sustainable, and localized power solutions.
透過流水發電的概念成為「藍色經濟」框架中的重要創新，並在多個行業中展現應用潛力。每年市值150億美元的廚衛設備市場持續增長，受益於消費者升級設施和新地產開發的需求。然而，隨著材料成本上升，市場對提高效率和替代能源的需求亦隨之增強。加拿大教授Daniel Kwok與Larry Kostiuk發現水流經微小管道時，通過離子交換會產生電壓。台灣工業技術研究院(ITRI)應用此技術，將其轉化為實用產品，例如通過水流自發電的LED水龍頭溫度指示燈。該技術還擴展至消防安全應用，例如LED照明的消防水管和自發光的緊急出口指示。隨著技術進步，這項創新在供應MEMS等微型設備方面也展現潛力，從而改變行業中能源的使用模式，減少對傳統能源的依賴。
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