探析园区多能互补智慧能源系统的设计及运行
摘要：为提升可再生能源消纳、提高清洁能源消耗比重，本文探析了多能互补智慧能源系统的设计及运行，通过光伏、三联供及储能设备减少市电消耗，并采用地源热泵、空气源热泵技术等实现供热与供冷，通过控制系统完成各设备启停控制，从而实现多能互补、削峰填谷等节能减排功能，助力我国能源结构转型以及碳达峰、碳中和目标的实现。
关键词：多能互补分布式光伏发电电储能
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参考文献[1] 梁晶.赵强.王世朋.多能互补分布式能源关键技术发展研究[J].科技与创新，2019,(11).
Analysis on Design and Operation of Multi Energy Complementary Intelligent Energy System in the Park
Abstract: In order to improve the consumption of renewable energy and increase the proportion of clean energy consumption, this paper analyzes the design and operation of multi energy complementary smart energy system, reducing the municipal power consumption through photovoltaic, triple power supply and energy storage equipment, realizing heating and cooling by using ground source heat pump and air source heat pump technology, and completes the start and stop control of each equipment through the control system, so as to realize multi energy complementary energy saving and emission reduction functions such as peak shaving and valley filling help China's energy structure transformation and the realization of carbon peak and carbon neutralization goals.
Keywords: multi energy complementarity; distributed; photovoltaic power generation; electric energy storage;
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