2008•Unpublished venueRequires access

Domestic demand side management for increasing the value of wind

Vandad Hamidi, Furong Li, Liangzhong Yao, Masoud Bazargan

Open publisher page 24 citations

Abstract

This paper compares and contrasts the benefits from dynamic and non-dynamic demand management schemes in domestic sector for more effective wind power utilization. Non-dynamic demand management by shifting the demand from peak periods to off peak periods mitigates the issues associated with demand variations. In dynamic demand management, load by responding to wind generation output's variations will lessen the intermittency issues of wind power. The paper first presents a general overview of these two technologies, evaluates their benefits and by further expanding the subject to a test system with intermittent generation, it demonstrates the impact of the dynamic demand side management.

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What this paper is about

This paper compares and contrasts the benefits from dynamic and non-dynamic demand management schemes in domestic sector for more effective wind power utilization. Non-dynamic demand management by shifting the demand from peak periods to off peak periods mitigates the issues associated with demand variations. In dynamic demand management, load by responding to wind generation output's variations will lessen the intermittency issues of wind power. The paper first presents a general overview of these two technologies, evaluates their benefits and by further expanding the subject to a test system with intermittent generation, it demonstrates the impact of the dynamic demand side management.

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OpenAlex reports 24 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper compares and contrasts the benefits from dynamic and non-dynamic demand management schemes in domestic sector for more effective wind power utilization. Non-dynamic demand management by shifting the demand from peak periods to off peak periods mitigates the issues associated with demand variations. In dynamic demand management, load by responding to wind generation output's variations will lessen the intermittency issues of wind power. The paper first presents a general overview of these two technologies, evaluates their benefits and by further expanding the subject to a test system with intermittent generation, it demonstrates the impact of the dynamic demand side management.

Key concepts: Demand side, Intermittency, Wind power, Demand management, Dynamic demand, Load management, Peak demand, Demand response

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