Applying the DC distribution system constructed commercial buildings

Keon-Woo Park, Jae-Bong Kim, Dongzoon Lee
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引用次数: 2

Abstract

By applying new technologies of energy and DC distribution technology, the smart-grid based digital load device is increased. Due to the power conversion technology, the power consumption is minimized, maximize the utilization of self-development self-energy power consumption. Derive optimum efficiency power structure, and at the same time, the existing AC system with high quality bi-directional AC-DC power associated with a stable power supply, IT and communication technologies, combines DC smart metering, use of power management with ultra-low power / high reliability sensor networking and information a new concept of the DC power distribution, display, DC load systems (LED lighting, office equipment, etc.), and predict the power consumption of the load device control and distributed power distribution integrated power operation, the heating equipment operation through predictive diagnostic and maintenance optimization techniques, such as that obtained applies Korea-Micro Energy Grid Test- bed will be constructed.
应用直流配电系统建设商业楼宇
通过应用新能源技术和直流配电技术,增加了基于智能电网的数字负荷装置。由于采用了功率转换技术,使功耗降到最低,最大限度地利用了自开发的自耗能。同时,将现有交流系统与高质量的双向交直流电源相结合,结合稳定的电源、IT和通信技术,结合直流智能计量,采用超低功耗/高可靠性的电源管理与信息传感器联网,提出了直流配电、显示、直流负载系统(LED照明、办公设备等)的新概念;并通过预测诊断和维护优化等技术对负荷设备的功耗控制和分布式配电综合运行、供热设备运行进行预测诊断和维护优化,所得结果应用于韩国微能源网试验台的建设。
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