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Predictive energy management and control system for PV system connected to power electric grid with periodic load shedding

机译:周期性减负荷的并网光伏发电系统的预测能源管理与控制系统

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摘要

Power Electric Grid (PEG) tied Photovoltaic (PV) plus Battery Energy Storage Stations (BESS) based Micro Grids (MG) are controlled and operated inefficiently with Conventional Energy Management and Control (CEMC) schemes. CEMC schemes, (1) leave these systems on the mercy of weather with either energy shortage resulting in loss of load (LOL) or requiring huge BESS resulting in high capital and Operation & Maintenance costs, (2) cause curtailment and thus wastage of surplus PV energy (PVE), and (3) increase energy cost due to unnecessary charging of BESS from PEG. LOL and surplus PVE wastage grow even further when MG are connected to a weak PEG with periodic load shedding.
机译:通过常规能源管理和控制(CEMC)方案,无法有效控制和操作基于电力电网(PEG)的光伏(PV)以及基于电池储能站(BESS)的微电网(MG)。 CEMC计划(1)使这些系统不受天气影响,要么能源短缺,导致负载损失(LOL),要么需要巨大的BESS,从而导致高昂的资金和运营与维护成本;(2)造成削减,从而浪费了剩余PV能量(PVE)和(3)由于不必要地从PEG充电BESS而增加了能量成本。当MG连接到具有周期性减载的弱PEG时,LOL和多余的PVE浪费会进一步增加。

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