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Optimal Capacity of Battery Energy Storage System and Its Effect of CO_2 Reduction

机译:电池储能系统的最佳能力及其CO_2减少的影响

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Battery Energy Storage System (BESS) is attracting attention all over the world. NAS (Sodium and sulfur) battery is one of the most promising BESSs, and it has been widely used by various customers in Japan. Although the conventional incentive to install NAS battery was load leveling, the recent users' interests are not unique. Renewable energy expansion by reducing greenhouse gases such as CO_2 against global warming is another strong incentive. In this paper, the economic advantage in introducing BESS is investigated as a new way of achieving of best mix. BESS can reduce both of the construction cost and the operation cost of generators. The reduction of CO_2-emission, which is a worldwide obligation, can be performed by introducing BESS. In this paper, a numerical analysis of the optimal amount of BESS by evaluations of CO_2-reduction and cost benefits is demonstrated.
机译:电池储能系统(BESS)在世界各地引起关注。 NAS(钠和硫)电池是最有前途的贝丝之一,它已被日本各种客户广泛使用。虽然常规激励措施安装NAS电池是负载调平,但最近的用户的兴趣不是唯一的。通过减少诸如CO_2的温室气体反对全球变暖的可再生能源扩张是另一个强大的激励。在本文中,介绍了贝塞的经济优势被调查为实现最佳混合的新方法。 BESS可以减少施工成本和发电机的运营成本。可以通过引入BESS来执行作为全球义务的CO_2排放的减少。在本文中,证明了通过评估CO_2减少和成本效益的评估的最佳BES的数值分析。

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