Economic and emission-saving benefits of utilizing demand response and distributed renewables in microgrids

Zahra Fallahi; Amanda D. Smith

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Economic and emission-saving benefits of utilizing demand response and distributed renewables in microgrids

机译：利用需求响应和微电网中分布式可再生能源的经济和排放益处

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Abstract

The authors present several scenarios of demand response actions based on adjustments to a building’s temperature management system in combination with renewable DER integration in microgrids. Economic benefits from $9,000 to $167,000 appear possible when implementing demand response in a microgrid of 30 to 50 additional buildings. The scenarios also demonstrate the potential emission-saving effects of demand response at the grid level.

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机译：摘要“>作者基于对建筑物温度管理系统的调整，结合微电网中的可再生能源DER集成，提出了几种需求响应行动的场景。在另外30到50栋建筑物的微电网中实施需求响应时，从9000美元到167000美元的经济效益似乎是可能的。这些场景还展示了潜在的减排潜力电网层面需求响应的影响]>

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来源
《The Electricity journal》 |2017年第9期|共8页
作者
Zahra Fallahi; Amanda D. Smith;
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作者单位

Site-Specific Energy Systems Laboratory Department of Mechanical Engineering;

Site-Specific Energy Systems Laboratory Department of Mechanical Engineering;

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原文格式 PDF
正文语种 eng
中图分类电工基础理论;
关键词
Emissions; Electrical grid; CO2emission factor; Demand response; Building operations;

机译：排放;电网;二氧化碳排放因子;需求响应;建筑运营;
入库时间 2022-08-20 19:37:06

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Economic and emission-saving benefits of utilizing demand response and distributed renewables in microgrids

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