Research of Hybrid Integrated Energy Station Based on Gas Turbine

Shifeng Shi, Junyao Wang, Qingguang Yu, Zhicheng Jiang, Yuming Liu, Yingke Zhang, Le Li, Xiaolan Bai
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Abstract

Energy stations are generally established in economically developed urban areas, where incremental coal combustion is limited due to a shortage of primary energy. The main ways of renewable energy generation are waste power, biomass power, wind power, photovoltaic, and geothermal. Due to new energy generation has its own fatal disadvantage and the rapid economic development of the city, coupled with the long-established natural gas supply network, gas-based distributed energy stations will become the most important way of integrated energy development. In this paper, an integrated energy station system was designed, using existing substation resources, construction of data center stations, energy storage station, 5 g base stations, photovoltaic power station, gas turbine station etc., realizing the sharing of resource integration, to support smart grid, to develop into a comprehensive energy services as a typical application scenario. Results of the simulation show that the designed integrated energy station system has high performance and high renewable energy penetration.
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基于燃气轮机的混合动力综合能源站研究
能源站一般建立在经济发达的城市地区,由于缺乏一次能源,增加的煤炭燃烧受到限制。可再生能源的发电方式主要有废弃物发电、生物质能发电、风力发电、光伏发电、地热发电等。由于新能源发电有其自身的致命劣势和城市经济的快速发展,再加上早已建立的天然气供应网络,以天然气为基础的分布式能源站将成为能源综合发展的最重要方式。本文设计了综合能源站系统,利用现有变电站资源,建设数据中心站、储能站、5g基站、光伏电站、燃气轮机站等,实现资源整合共享,以支持智能电网,发展成为综合能源服务为典型应用场景。仿真结果表明,所设计的综合能源站系统具有较高的性能和可再生能源渗透率。
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