电力体制的逐步深化改革和电力市场化交易机制的逐步完善, 为储能发展提供了新的契机,
储能将呈现出多元化发展的良好态势. 同时辅助服务补偿机制的建立, 加速了储能系统在辅助 …

随着化石能源储量减少和自然环境的恶化, 提高电网中可再生能源占比成为未来电网发展的主要
目标. 考虑储能系统, 水电站, 光伏电站, 风电场以及电网运行的多种约束条件 …

摘要多能互补分布式综合供能具有绿色, 低碳和高效等典型特征, 已经成为国内外能源领域研究
与发展的重点. 论述了多能互补分布式综合供能系统的基本概念, 主要技术特征 …

全球能源互联网的发展对长距离电力能量供需平衡, 供应持续可靠性提出了更大的挑战.
不同类型的储能技术是解决电力电量平衡的优选手段, 是全球能源互联网发展必不可少的组成 …

摘要新能源大规模并网后带来电网频率调节问题, 大容量电力储能技术是有效解决途径之一.
通过对电力储能的类型和应用场景进行分析, 指出在电网调峰调频发挥作用的大容量储能有电 …

With the decrease of fossil energy reserves and the deterioration of natural environment,
increasing the proportion of renewable energy in power grid becomes the main goal of …

It will lead to the problem of frequency adjustment when the large-scale new energy
integrated in the power grid, and large capacity power energy storage is one of the effective …

摘要能源互联网背景下, 可再生能源并网规模日益扩大. 由于可再生能源发电功率具有很强的
随机性, 电力系统运行中出现了所谓“双侧随机问题”, 影响安全稳定运行. 如何对各种可再生能源 …

The multi-energy complementary distributed integrated energy supply system, which is
typical of green, low carbon and high efficiency, has become the research focus in the …

The development of global energy internet (GEI) poses greater challenges to long-distance
power energy supply and demand balance and sustainable supply reliability. Different types …