Energy Management in Building Micro grid Peak Shaving in Utility With Peak Pricing Demand Response Scheme

E. Ternce, S. Seker
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Abstract

The rapid urbanization of Indian Villages has put the demand of energy in increasing trend and the peak demand is swelling high on the day to day basis. This paper discusses a solution for peak shaving which is based on the peak pricing demand response scheme(PPDR) for a Micro grid of a building which is built with Solar PV generation, Battery Storage and fuzzy based energy management system (FEMS). In this work, FEMS supplies excess energy from the combination of Solar PV installation which is occupying the whole are of the building and the maximum capacity of the storage to the gird in the day peak. Also half of the peak load demand in the night peak and subsequent high peak hours in the night intermediate is supplied from the battery storage. The adoption of peak pricing demand response PP(DR) scheme in the utility and the system described in the prosumer is proven to be a beneficial one to both the prosumer and the Utility.
基于峰价需求响应方案的公用事业微网调峰能源管理
印度农村的快速城市化使能源需求呈上升趋势,峰值需求每天都在膨胀。本文讨论了一种基于峰值定价需求响应方案(PPDR)的建筑微电网调峰解决方案,该微电网由太阳能光伏发电、电池储能和基于模糊的能量管理系统(FEMS)组成。在这项工作中,FEMS将占据整个建筑面积的太阳能光伏发电装置和最大储能容量的太阳能光伏发电系统结合起来,在日间高峰时段向电网提供多余的能量。此外,在夜间高峰和随后的夜间高峰时段,一半的高峰负荷需求由电池储能提供。在电力公司和产消者所描述的系统中采用峰值定价需求响应PP(DR)方案,证明对产消者和电力公司都是有利的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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