IRIS publication 59235896
Simulating Real Time Load Management to Maximise Wind Energy Supply within a Liberalised Electricity Market ¿ Irish Case Study.
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TY - JOUR - McKenna F., Ó Gallachóir B. P., McKeogh E. J., Lightbody G. ; Daly R. - 2007 - Unknown - International Journal of Energy Technology and Policy - Simulating Real Time Load Management to Maximise Wind Energy Supply within a Liberalised Electricity Market ¿ Irish Case Study. - Published - () - 5 - 708 - 729 - The realisation of two key energy policy goals pose significant challenges for power systems operation and control, namely electricity market liberalisation and increased penetration of renewable energy. This paper uses a case study analysis to explore solutions to these new challenges. The focus is on simulating real-time load management to maximise wind energy supply to a local authority (municipality). The first part of the case study analysis is a one year simulation of electricity supply from a wind farm. The second part simulates real-time load management to maximise the use of the wind energy supply. The control strategy is developed and a number of scenarios are explored with regard to the key controllable loads, namely those associated with water pumping. The real-time simulation is carried out in MATLAB. The paper concludes by mapping out the how real time control will be achieved based on the simulation carried out. DA - 2007/NaN ER -
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@article{V59235896, = {McKenna F., Ó Gallachóir B. P., McKeogh E. J., Lightbody G. and Daly R.}, = {2007}, = {Unknown}, = {International Journal of Energy Technology and Policy}, = {Simulating Real Time Load Management to Maximise Wind Energy Supply within a Liberalised Electricity Market ¿ Irish Case Study.}, = {Published}, = {()}, = {5}, pages = {708--729}, = {{The realisation of two key energy policy goals pose significant challenges for power systems operation and control, namely electricity market liberalisation and increased penetration of renewable energy. This paper uses a case study analysis to explore solutions to these new challenges. The focus is on simulating real-time load management to maximise wind energy supply to a local authority (municipality). The first part of the case study analysis is a one year simulation of electricity supply from a wind farm. The second part simulates real-time load management to maximise the use of the wind energy supply. The control strategy is developed and a number of scenarios are explored with regard to the key controllable loads, namely those associated with water pumping. The real-time simulation is carried out in MATLAB. The paper concludes by mapping out the how real time control will be achieved based on the simulation carried out.}}, source = {IRIS} }
Data as stored in IRIS
AUTHORS | McKenna F., Ó Gallachóir B. P., McKeogh E. J., Lightbody G. ; Daly R. | ||
YEAR | 2007 | ||
MONTH | Unknown | ||
JOURNAL_CODE | International Journal of Energy Technology and Policy | ||
TITLE | Simulating Real Time Load Management to Maximise Wind Energy Supply within a Liberalised Electricity Market ¿ Irish Case Study. | ||
STATUS | Published | ||
TIMES_CITED | () | ||
SEARCH_KEYWORD | |||
VOLUME | 5 | ||
ISSUE | |||
START_PAGE | 708 | ||
END_PAGE | 729 | ||
ABSTRACT | The realisation of two key energy policy goals pose significant challenges for power systems operation and control, namely electricity market liberalisation and increased penetration of renewable energy. This paper uses a case study analysis to explore solutions to these new challenges. The focus is on simulating real-time load management to maximise wind energy supply to a local authority (municipality). The first part of the case study analysis is a one year simulation of electricity supply from a wind farm. The second part simulates real-time load management to maximise the use of the wind energy supply. The control strategy is developed and a number of scenarios are explored with regard to the key controllable loads, namely those associated with water pumping. The real-time simulation is carried out in MATLAB. The paper concludes by mapping out the how real time control will be achieved based on the simulation carried out. | ||
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