2013Iranian Conference on Electrical EngineeringRequires access

Introduce a Model of Demand-Side Response Load Management Comparison with Electrical Peak Demands in Mashhad City via Smart Grid Approach

Mazinani S.Majid, Khatiban Hossein, Sajjad Ahmadnia

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Abstract

scheme consisting of computer-controlled switches operated at end-users premises to shift loads targeting a homogenized national demand profile. The paper presents further simulation of the economic model corresponding to the above described scheme representing an incentive-based demand response. In the simulation the impact of these programs on load shape and peak load magnitudes, financial benefit to users as well as reduction of energy consumption are shown. The results demonstrated more homogenized load curves at lesser peak load magnitudes and reduced energy cost.

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scheme consisting of computer-controlled switches operated at end-users premises to shift loads targeting a homogenized national demand profile. The paper presents further simulation of the economic model corresponding to the above described scheme representing an incentive-based demand response. In the simulation the impact of these programs on load shape and peak load magnitudes, financial benefit to users as well as reduction of energy consumption are shown. The results demonstrated more homogenized load curves at lesser peak load magnitudes and reduced energy cost.

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Available abstract

scheme consisting of computer-controlled switches operated at end-users premises to shift loads targeting a homogenized national demand profile. The paper presents further simulation of the economic model corresponding to the above described scheme representing an incentive-based demand response. In the simulation the impact of these programs on load shape and peak load magnitudes, financial benefit to users as well as reduction of energy consumption are shown. The results demonstrated more homogenized load curves at lesser peak load magnitudes and reduced energy cost.

Key concepts: Demand response, Smart grid, Load shifting, Load management, Peak demand, Peak load, Demand side, Grid

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