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SMALL SCALE ENERGY STORAGE SYSTEMS. A SHORT REVIEW IN THEIR POTENTIAL ENVIRONMENTAL IMPACT

机译:小型储能系统。对潜在环境影响的简短回顾

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摘要

Regarding Small Scale Energy Storage Systems, large Pumped Hydro should be excluded because of its “bulk” capacity characteristic. Flywheels, Super Magnetic Energy Storage and Supercapacitors are considered environmentally friendly and briefly mentioned; therefore electrochemical means of EES systems such as batteries will be the central point of this paper.Batteries are identified as a problematic material in the waste stream. They are made from a variety of chemicals and some of these, such as nickel and cadmium, are extremely toxic and can cause damage to humans and environment. They can also cause soil and water pollution and endanger wildlife. Cadmium can cause damage to soil micro-organisms and affect the breakdown of organic matter. Other chemicals used in modern electrochemical batteries are discussed, along with any protective means of safe utilization with minimum environmental impact.
机译:关于小型储能系统,大型抽水蓄能应被排除在外,因为它具有“散装”容量特性。飞轮、超磁储能和超级电容器被认为是环保的,并简要提及;因此,EES系统(如电池)的电化学手段将是本文的中心点。电池被确定为废物流中的问题材料。它们由多种化学物质制成,其中一些,如镍和镉,具有剧毒,会对人类和环境造成损害。它们还会造成土壤和水污染,并危及野生动物。镉会对土壤微生物造成损害,影响有机质的分解。讨论了现代电化学电池中使用的其他化学品,以及任何对环境影响最小的安全利用保护手段。

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