Demand as Frequency-controlled Reserve

Christian Bang; Christian Brandt Rasmussen; Jacob Østergaard; Klaus Lund Nielsen; Lars Gorzelak; Majken Rolsted Mattesen; Mikael Togeby; Nina Marie Holmboe; Philip James Douglass; Rune Brus

Demand as Frequency-controlled Reserve

Christian Bang, Christian Brandt Rasmussen, Jacob Østergaard, Klaus Lund Nielsen, Lars Gorzelak, Majken Rolsted Mattesen, Mikael Togeby, Nina Marie Holmboe, Philip James Douglass, Rune Brus

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Abstract

This report is based on the main result of articles and papers written during the EUDP founded project: Demand as Frequency-controlled Reserve (DFR or DFCR). The project was started in April 2008, and was ended by December 2012. During the project period, many exciting challenges have been met with great enthusiasm from all DFR project members who have shown a memorable dedication to their work. Active control of electricity demand is a key technology when creating a more dynamic, wind power friendly energy system. In this demonstration project, we have developed and tested devices,
which use electric loads to provide frequency controlled primary reserves. The devices collected data from domestic households and industrial loads covering i.e. circulation pumps, electrical domestic heating, bottle coolers, a wastewater treatment plant etc., that have been analysed and used for the papers and articles included in this report.

Original language	English

Publisher	DTU Elektro
Number of pages	30
Publication status	Published - 2013

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abstract = "This report is based on the main result of articles and papers written during the EUDP founded project: Demand as Frequency-controlled Reserve (DFR or DFCR). The project was started in April 2008, and was ended by December 2012. During the project period, many exciting challenges have been met with great enthusiasm from all DFR project members who have shown a memorable dedication to their work. Active control of electricity demand is a key technology when creating a more dynamic, wind power friendly energy system. In this demonstration project, we have developed and tested devices,which use electric loads to provide frequency controlled primary reserves. The devices collected data from domestic households and industrial loads covering i.e. circulation pumps, electrical domestic heating, bottle coolers, a wastewater treatment plant etc., that have been analysed and used for the papers and articles included in this report.",

author = "Christian Bang and Rasmussen, {Christian Brandt} and Jacob {\O}stergaard and Nielsen, {Klaus Lund} and Lars Gorzelak and Mattesen, {Majken Rolsted} and Mikael Togeby and Holmboe, {Nina Marie} and Douglass, {Philip James} and Rune Brus",

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AU - Bang, Christian

AU - Rasmussen, Christian Brandt

AU - Østergaard, Jacob

AU - Nielsen, Klaus Lund

AU - Gorzelak, Lars

AU - Mattesen, Majken Rolsted

AU - Togeby, Mikael

AU - Holmboe, Nina Marie

AU - Douglass, Philip James

AU - Brus, Rune

PY - 2013

Y1 - 2013

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AB - This report is based on the main result of articles and papers written during the EUDP founded project: Demand as Frequency-controlled Reserve (DFR or DFCR). The project was started in April 2008, and was ended by December 2012. During the project period, many exciting challenges have been met with great enthusiasm from all DFR project members who have shown a memorable dedication to their work. Active control of electricity demand is a key technology when creating a more dynamic, wind power friendly energy system. In this demonstration project, we have developed and tested devices,which use electric loads to provide frequency controlled primary reserves. The devices collected data from domestic households and industrial loads covering i.e. circulation pumps, electrical domestic heating, bottle coolers, a wastewater treatment plant etc., that have been analysed and used for the papers and articles included in this report.

M3 - Report

BT - Demand as Frequency-controlled Reserve

PB - DTU Elektro

ER -

Demand as Frequency-controlled Reserve

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