摘要
为解决综合能源协调调度难题,文章提出了基于虚拟电厂调控平台设计和综合能源协调调度模型.通过分析虚拟电厂的基本网架结构,设计了虚拟电厂总体架构,分为资源层、平台层和应用层,并设计了网络架构和数据流架构.基于该架构建立了面向综合能源协调的虚拟电厂调度应用模型.针对模型内光伏、风力发电、电解器、燃料电池、氢气储能、电池储能,以可靠性指标作为切入点,提出了全生命周期内成本最小的目标函数.通过算例分析,验证了文章所提出的模型在可靠性和成本方面的优势.
Abstract
In order to solve the problem of integrated energy coordinated dispatching,the design of virtual power plant based dispatching platform and the application of integrated energy coordinated dispatching model were proposed.The basic grid structure of virtual power plant is analyzed,and the overall architecture of virtual power plant is designed,which is divided into resource layer,platform layer and application layer.A network architecture and data flow architecture are designed.Based on this architecture,a virtual power plant scheduling application model for comprehensive energy coordination is established.The models for photovoltaic,wind power generation,electrolyzers,fuel cells,hydrogen energy storage,and battery energy storage are built,with reliability indicators as the starting point,an objective function with the lowest cost throughout the whole life cycle is proposed,and numerical examples are analyzed to illustrate the advantages of the proposed model in terms of reliability and cost.
基金项目
南方电网公司科技项目(030108KK52220005/GDKJXM20220333)
国家科技期刊平台
NSTL
维普
万方数据