风光氢储综合能源系统优化配置

Optimized Configuration of Wind-Solar Hydrogen Storage Integrated Energy System

由于能源危机和大量使用化石能源造成的环境污染,可再生能源技术在近几年中得到迅速发展。但风电、光伏等发电设备出力的波动性及其大规模并网带来的扰动也逐渐成为限制可再生能源更大规模应用的严峻问题。氢能源具有来源众多、清洁无污染、能量密度大、可再生、易存储、用途广泛等特性,适宜作为可再生能源的二次载体,因此,含可再生能源发电和氢储能设备的综合能源系统将成为未来能源系统的主要发展方向。本文立足于风光氢储综合能源系统,通过建立运行模型,研究其以经济效益为目标的优化配置方法,为综合能源系统的建设和氢能源的应用提供有效参考。

Due to the energy crisis and the environmental pollution caused by the massive use of fossil energy,renewable energy technologies have developed rapidly in recent years.However,the volatility of wind power,photovoltaic and other power generation equipment and the disturbance caused by large-scale grid connection have gradually become a serious problem restricting the larger-scale application of renewable energy.Hydrogen energy has the characteristics of many sources,clean and pollution-free,large energy density,renewable,easy to store,and a wide range of uses.It is suitable as a secondary carrier of renewable energy.The system will become the major development direction of the future energy system.This article is based on the wind-solar hydrogen storage integrated energy system,through the establishment of the operation model to study its optimal allocation method with economic benefits as the goal to provide an effective reference for the construction of integrated energy systems and the application of hydrogen energy.