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Transforming the Way Electricity is Consumed During the Aluminium Smelting Process

机译：在铝冶炼过程中消耗电力的转换

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This paper examines the development of the new EnPot heat exchanger technology for aluminium smelters and the potential impact it could have on the sustainability and economics of primary aluminium production. The EnPot technology can be used to help the aluminium smelting industry be part of the solution to accommodate increased intermittency in our future renewable energy generation, post COP 21. The EnPot system provides for the first time, dynamic control of the heat balance of aluminium smelting pots across the potline, so that energy consumption and aluminium production can be increased or decreased by as much as plus or minus 30% almost instantaneously. This enables a new way of thinking to emerge when considering the relationship the aluminium smelter plays in connection to the power grid. The EnPot technology provides smelters with the means to free up power back to the grid, transforming the smelter from only an end user of power into a 'virtual battery' for the electricity network. This fundamentally changes the way electricity is consumed by the smelter and is a concept already being tested by several smelters.
机译：本文研究了铝制冶炼厂新仪式换热器技术的开发及其对原发性铝生产可持续性和经济性的潜在影响。 eNPOT技术可用于帮助铝制熔炼工业成为解决我们未来的可再生能源发电中的缓冲性的溶液的一部分。eNPOT系统首次提供铝冶炼热平衡的动态控制盆地盆地，使能量消耗和铝制产量可以高达或减去30％几乎瞬间增加或减少。这使得在考虑与电网连接的关系时，可以在考虑铝冶炼厂扮演的关系时思考的新方法。 enpot技术提供冶炼厂，手段释放电源回电网，将冶炼厂从电源的最终用户转换为电力网络的“虚拟电池”。这一从根本上改变了电力被冶炼厂消耗的方式，并且是几个冶炼厂已经测试的概念。

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