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风光互补微电网智能测控终端的设计

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为了集中采集微网系统实时运行数据,并且对微网系统进行协调控制以及对蓄电池充放电进行有效管理,设计了微网智能测控终端。测控终端结构简单、运行可靠,硬件上采用高性能的ADSP—BF518数字信号处理芯片和高精度同步采样模数转换芯片AD7606,从而实现数据集中采集功能,并采用基于短期负荷预测的储能控制策略实现蓄电池管理。测控终端通过通信网络可以及时向监控中心上传数据,并能够接受中心下发遥控指令对微网系统进行控制。工程实践表明,该设计在微网实时监测与集中控制方面效果明显。
Design of Wind and Solar Energy Hybrid Micro Grid Intelligent Terminal
This paper proposes the intelligent terminal design just for measuring and sampling the real-time voltage and current data of micro grid, realization for coordinated control of micro grid and battery management. The terminal possesses the simple structure and reliable operation. The paper gives the use of high performance about ADSP - BFS18 and the measurement chip AD7606 on hardware design. The control strategy based on short-term load forecasting has been adopted in the energy storage and battery management system. The terminal can upload the sampled data and accept remote commands through the GPRS communication network. Engineering results show that the design is accurate and reliable in terms of micro grid measurement and control.

Micro gridIntelligent terminalAD7606Load forecastingData acquisition

吕继伟、向驰、付永长、周振华、宋春亮

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国网电力科学研究院,北京102200

微网 智能测控终端 AD7606 负荷预测 数据采集

2012

能源技术
上海市能源研究所 上海市工程热物理学会

能源技术

影响因子:0.301
ISSN:1005-7439
年,卷(期):2012.33(6)
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