Real-world, Full-scale Validation of Power Balancing Services from Packetized Virtual Batteries
Real-world, Full-scale Validation of Power Balancing Services from Packetized Virtual Batteries
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DOI：
10.1109/isgt.2019.8791628
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发表时间：
2019-02
期刊：
影响因子：
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通讯作者：
Kate Desrochers;Vanessa Hines;Forrest Wallace;J. Slinkman;Andrew Giroux;Adil Khurram;Mahraz Amini;M. Almassalkhi;P. Hines
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文献类型：
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作者：
Kate Desrochers;Vanessa Hines;Forrest Wallace;J. Slinkman;Andrew Giroux;Adil Khurram;Mahraz Amini;M. Almassalkhi;P. Hines
人们越来越多地认识到，灵活的需求对于解决与可变可再生能源发电快速增长以及输电、配电和发电基础设施老化相关的挑战至关重要。传统的直接负载控制程序在很大程度上不足以解决这些问题。本文介绍了一种新的方法来需求侧管理，其中的设备的聚合舰队作为一个虚拟电池管理，使用的原则，发现在通信网络：分组化和随机化的验证测试的结果。来自5000台设备的网络物理测试平台和82台客户拥有的热水器的现场试验的验证结果表明，分组虚拟电池系统可以有效地解决许多不同的问题。客户满意度调查结果表明，该系统能够保持较高的服务质量水平。
There is increasing consensus that flexible demand is critical to solve challenges associated with the rapid growth of variable renewable generation and aging transmission, distribution and generation infrastructure. Conventional direct load control programs are largely insufficient to address these issues. This paper presents results from validation tests of a new approach to demand side management, in which an aggregated fleet of devices is managed as a virtual battery, using principles that are found in communication networks: packetization and randomization. Validation results from a cyber-physical testbed with 5000 devices and a field-trial with 82 customer-owned water heaters show that the packetized virtual battery system can effectively solve a number of different problems. Customer satisfaction survey results illustrate that the system is able to maintain a high level of service quality.