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THE POTENTIAL TO REDUCE CO_2 EMISSIONS BY EXPANDING END-USE APPLICATIONS OF ELECTRICITY

机译:通过扩大电力的最终用途来减少CO_2排放的潜力

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Depending on the sources of electricity production, the use of electricity can be a contributing factor to net CO_2 emissions. What is less obvious is the fact that the use of efficient end-use electric technologies has the potential to save energy and decrease overall CO_2 emissions substantially. There are two main mechanisms for saving energy and reducing CO_2 emissions with electric end-use technologies: (1) upgrading existing electric technologies, processes, and building energy systems; and (2) expanding end-use applications of electricity. Upgrading existing electric end-use technologies embodies replacing or retrofitting older equipment with new, innovative, highly-efficient technologies. It also includes improving controls, operations, and maintenance practices, and reducing end-use energy needs by improving buildings and processes. In essence, this first mechanism is comprised of what are commonly referred to as energy efficiency and demand response measures.
机译:根据电力生产来源,电力的使用可以是净CO_2排放的贡献因素。什么是不太明显的是,使用有效的最终用途电气技术的使用具有节省能源的潜力并大大降低整体CO_2排放。有两个主要的机制,可节省能源和减少电气最终用途技术的CO_2排放:(1)升级现有的电气技术,流程和建筑能源系统; (2)扩大电力的最终用途应用。升级现有的电动最终使用技术体现了用新的,创新,高效的技术更换或改装旧设备。它还包括通过改善建筑物和过程来改进控制,操作和维护实践,并降低最终使用能源需求。从本质上讲,该第一机制由通常被称为能效和需求响应措施的机制组成。

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