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PhD Thesis - Energy Systems Research Unit - University of Strathclyde

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An example <strong>of</strong> the output graph produced using this procedure, for a two-day<br />

cycle, is shown in Figure 5.5.<br />

Figure 5.5 Recharge Curve Calculated by the Described Algorithm<br />

5.1.5 Other Vehicle Types<br />

The discussions so far have focussed on land vehicles, but the same processes<br />

can be equally applied to aeroplanes and boats providing that fuel consumption<br />

and range data are available [6,7]. Diesel trains could also be run on biodiesel,<br />

and the processes, again, would be the same. However, electricity demand from<br />

electric trains would be more easily modelled at the demand pr<strong>of</strong>ile selection<br />

stage as a direct electricity demand, due to the way in which consumption data is<br />

available.<br />

5.2 Internal Combustion and Diesel Engine Modelling<br />

There are two possible ways to approach the performance modelling <strong>of</strong> internal<br />

combustion or diesel engines. Firstly, the combustion process and<br />

thermodynamic cycle could be explicitly modelled, in order to predict the<br />

performance <strong>of</strong> different engine designs. This approach, however, would<br />

require a large volume <strong>of</strong> data that would not be easily available (much <strong>of</strong> which<br />

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