In What Ways can Electric Vehicles Assist the UK Renewable Energy Strategy?

Masters Thesis


Cowsill, John 2009. In What Ways can Electric Vehicles Assist the UK Renewable Energy Strategy? Masters Thesis University of East London
AuthorsCowsill, John
TypeMasters Thesis
Abstract

The latest (June 2008) UK Renewable Energy Strategy (Consultation) document,
has called for 30 – 35% of electricity to come from Renewable sources by 2020
As the current level in 2008 of renewable electricity production is 4% (excluding hydro) this is a challenging target.
With the Government then, floating the idea of generating 32% of UK electricity by 2020
using wind, it is clearly urgent and important to look for and investigate ways of
achieving this. This paper examines the possibility and possible benefits and costs of utilising electric vehicles as storage for the UK electricity grid as a means of harnessing intermittent wind power and hence of assisting with the UK Renewable Energy Strategy. Potentially, the infrastructure use described here could both not only deliver a way of permitting large scale penetrations of intermittent renewable sources in the UK electricity grid but also allow for a significant reduction in the consumption of oil based fuel by the
countries’ 32m vehicles and at the same time help to deliver secure electricity from
intermittent renewable sources. With input from data provided by the Met Office and by National Grid and with further input from a questionnaire designed to obtain vehicle use patterns, a mathematical model using Microsoft Excel was constructed. Using the model and sample data from 2002 Various scenarios were examined including 20% penetration of wind in 2020 and 32% penetration of wind in 2020. The possibility of 100% wind was also examined.

KeywordsElectricity Storage; Battery Electric Vehicles; Vehicle-to-Grid; V2G; Intermittent Wind; Offshore Wind Turbines; Renewable Energy Strategy; CO2 Emissions Reductions; Energy Security; MSc Architecture
Year2009
Digital Object Identifier (DOI)doi:10.15123/PUB.600
Web address (URL)http://hdl.handle.net/10552/600
Publication dates
Print2009
Publication process dates
Deposited16 Feb 2010
Accepted author manuscript
License
CC BY-ND
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