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2015•Unpublished venueRequires access

Demand response: A solution to manage loads in the smart grid

Damien Pïcault, Olivier Cottet, Teddy Ruez

Open publisher page 7 citations

Abstract

The management of electrical power networks during peak load periods is a an issue of growing concern in the context of the transition to the smart grid. This paper presents an overview of solutions to deal with peak load constraints by implementing demand side management solutions. Demand response has been experimented on an office building site, in the GreenLys smart grid demonstration project. A case study of the experimental campaign, with associated results will be presented. Finally, concluding remarks on the benefits of demand response and future perspectives will be exposed.

About this research paper

What this paper is about

The management of electrical power networks during peak load periods is a an issue of growing concern in the context of the transition to the smart grid. This paper presents an overview of solutions to deal with peak load constraints by implementing demand side management solutions. Demand response has been experimented on an office building site, in the GreenLys smart grid demonstration project. A case study of the experimental campaign, with associated results will be presented. Finally, concluding remarks on the benefits of demand response and future perspectives will be exposed.

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OpenAlex reports 7 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The management of electrical power networks during peak load periods is a an issue of growing concern in the context of the transition to the smart grid. This paper presents an overview of solutions to deal with peak load constraints by implementing demand side management solutions. Demand response has been experimented on an office building site, in the GreenLys smart grid demonstration project. A case study of the experimental campaign, with associated results will be presented. Finally, concluding remarks on the benefits of demand response and future perspectives will be exposed.

Key concepts: Smart grid, Demand response, Load management, Context (archaeology), Grid, Computer science, Peak demand, Demand management

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