含不确定性电源的电力系统柔性生产模拟

大规模不确定性电源接入电网给电力系统带来了随机性、波动性和间歇性等不确定性因素,现有的随机生产模拟理论不能很好地解决上述形势下的电源规划和评估。鉴于此,提出了＂电力系统柔性生产模拟＂的概念并研究了其一般方法和流程。该方法不仅能得到传统随机生产模拟的可靠性和经济性指标,还给出了考虑不确定性电源和储能接入下的不确定性电源发电的容量可信度以及可避免费用等。所提方法还从电网调峰和调频两个层面和时间尺度评估了系统的弃能电量。在调峰层面,基于电网调峰需求和调峰能力加以分析给出了该层面的弃能电量;在调频层面,采用多场景分析理论给出了调频层面弃能电量的评估方法。电力系统柔性生产模拟能为含不确定性电源的电源规划...

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Bibliographic Details
Published in电力系统保护与控制 Vol. 41; no. 17; pp. 63 - 70
Main Author 马洲俊 程浩忠 丁昊 张节潭 陈楷 马则良
Format Journal Article
LanguageChinese
Published 电力传输与功率变换控制教育部重点实验室 上海交通大学,上海,200240%江苏省电力公司检修分公司,江苏 南京,211102%青海省电力公司,青海 西宁,810008%江苏省电力公司南京供电公司,江苏 南京,210008%华东电网有限公司,上海,200002 2013
Subjects
不确定性电源
储能
多场景
弃能电量
柔性生产模拟
电力系统
电源规划
调峰调频
power system
电力系统
调峰调频
柔性生产模拟
multi-scene
peak-load regulation and frequency adjustment
不确定性电源
uncertain energy
energy storage
多场景
flexible production simulation
弃能电量
generation expansion planning
abandoned uncertain energy power
电源规划
储能
Online AccessGet full text
ISSN1674-3415

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Summary:大规模不确定性电源接入电网给电力系统带来了随机性、波动性和间歇性等不确定性因素,现有的随机生产模拟理论不能很好地解决上述形势下的电源规划和评估。鉴于此,提出了＂电力系统柔性生产模拟＂的概念并研究了其一般方法和流程。该方法不仅能得到传统随机生产模拟的可靠性和经济性指标,还给出了考虑不确定性电源和储能接入下的不确定性电源发电的容量可信度以及可避免费用等。所提方法还从电网调峰和调频两个层面和时间尺度评估了系统的弃能电量。在调峰层面,基于电网调峰需求和调峰能力加以分析给出了该层面的弃能电量;在调频层面,采用多场景分析理论给出了调频层面弃能电量的评估方法。电力系统柔性生产模拟能为含不确定性电源的电源规划及评估提供理论依据,并能全面评估不确定性电源的接入对电网造成的影响。对2020年西北规划电网的仿真计算验证了所提方法的正确性和有效性。
Bibliography:power system; uncertain energy; energy storage; flexible production simulation; peak-load regulation and frequencyadjustment; abandoned uncertain energy power; multi-scene; generation expansion planning
41-1401/TM
Uncertain energy is characterized as randomness, fluctuation, and intermittency, -which would bring in uncertain factors when connected to power grid. However, conventional probabilistic production simulation can＇t deal with generation expansion planning and evaluation well in the above situation. In order to overcome these disadvantages, the concept of flexible production simulation for power system is proposed, whose general method and procedure are also discussed. Flexible production simulation can calculate the reliability and economic indices given by conventional probabilistic production simulation, and also provides capacity credit and avoidable cost considering uncertain energy and storage being connected to power system. Abandoned uncertain energy power could be evaluated by the theory presen
ISSN:1674-3415