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文章摘要
一种基于曲线控制的独立微电网协调控制方法
Independent Micro-grid Coordinated Control Method Based on the Curve Control
Received:May 12, 2014  Revised:May 12, 2014
DOI:
中文关键词: 曲线控制  独立微电网  优化  蓄电池  柴油机
英文关键词: Curve Control  Independent Micro-grid  Optimization  Battery  Diesel
基金项目:
Author NameAffiliationE-mail
XuTao* XJELECTRICCO.,LTD 17316020@qq.com 
WangYonggang XJ Electric Co.,Ltd  
FangZheng XJ Electric Co.,Ltd zsxutao@xjgc.com 
WangCunyuan XJ Electric Co.,Ltd  
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中文摘要:
      摘要:传统的独立微电网依靠控制中心进行协调控制,仅仅依靠蓄电池自身的调节能力来平抑能量,柴油机的启停完全依赖负荷。由于分布式发电源具有波动性大的特点,系统内蓄电池频繁进行充放电操作,柴油机也会不规律的频繁启停,因此蓄电池和柴油机的使用寿命大大缩短,且系统对化石能源的依赖较大,不能充分利用分布式能源,系统效率较低。本文介绍了一种基于负荷曲线控制的方法,对独立微电网系统内的设备进行管理,优化其配置,根据调度合理使用能源,最大限度的发挥了分布式能源的作用,并结合一个真实环境测算设备的使用时间,验证了此策略对延长蓄电池和柴油机寿命的作用。
英文摘要:
      Abstract: Traditional stand-alone Micro-grid depends on control center to coordination control, relys solely on the regulating ability of battery to stabilize the system energy and the start-stop of Diesel depend entirely on the load. Because of the volatile characteristics of distributed power supply, the batterys conducts charging-discharging operations frequently and also the Diesel’s start-stop will be irregular and frequent, it greatly shorten the life of the battery and Diesel, the system can’t make full use of the distributed power supply and greatly depends on fossil fuels , so the system has low efficiency. This paper presents a method based on load curve control to manage and optimize configuration of devices for the stand-alone Micro-grid, use energy rationally according to the schedule, it can maximumly plays the role of distributed power supply and prolong the life of device in the system effectively.
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