Integration of Battery Swapping Station into Microgrid: A Review

P. Mohanty, P. Jena, N. Padhy
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Abstract

Electric Vehicles (EVs) are considered a prominent alternative to fossil fuel-based vehicles to reduce environmental pollution in the transportation sector. Charging infrastructure development, especially fast-charging stations, is quite excellent in terms of charging time and speed compared to the other charging options. But that will reduce the battery lifetime. On the other hand, Battery Swapping Station (BSS) will swap batteries within ten minutes. As here, there is no need for fast charging of batteries; it will increase the lifetime. This paper presents a detailed and systematic review of BSS integration into the power system. Also, the concept of BSS-Microgrid is presented where the BSS can act as an Energy Storage System (ESS) upon requirement. The various optimization modeling solution techniques implemented in the literature and the challenges are discussed thoroughly.
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电池交换站与微电网集成的研究进展
电动汽车(ev)被认为是化石燃料汽车的重要替代品,可以减少交通运输领域的环境污染。与其他充电方式相比,充电基础设施的发展,尤其是快速充电站,在充电时间和速度方面都相当出色。但这会减少电池的使用寿命。另一方面,电池交换站(BSS)可以在10分钟内更换电池。在这里,电池不需要快速充电;它将增加寿命。本文对BSS集成到电力系统中进行了详细和系统的综述。此外,还提出了BSS微电网的概念,其中BSS可以根据需要充当储能系统(ESS)。在文献中实现的各种优化建模解决方案技术和挑战进行了深入的讨论。
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