Mathematical modelling of BIPV-micro wind system: production, storage and usages

Clarke, Peter (2009) Mathematical modelling of BIPV-micro wind system: production, storage and usages. PhD thesis, Edinburgh Napier University.

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This thesis deals with the following aspects of renewable energy technology;
solar energy modelling within the urban environment, performance of building
integrated renewables including solar photovoltaics and micro wind technology.
The development of hydrogen technology and electric zero emission transport
is also reviewed.
Incident solar irradiation models have been developed to accurately incorporate
the effects of shading, in order to enable the detailed simulation and estimation
of solar energy systems within the urban environment. Both the Integrated
Slope Radiation Model (ISRM) and the Sky Radiance Distribution Model
(SRDM) have been developed to use readily available horizontal sub-hourly or
hourly solar global and diffuse irradiation data. Shading parameters caused by
the surroundings, such as building and trees, can be incorporated into the
models. A software package based on these models has been developed to
allow the design and simulation of solar energy systems.
Horizontal solar global irradiation data is readily available around the world.
However, diffuse irradiation data is available to a lesser extent. To resolve this
problem and enable the above mentioned incident solar irradiation models to be
used throughout the world a simple regression set was developed between the
diffuse ratio, k, and clearness index, kt, to enable the estimation of horizontal
diffuse irradiation from its horizontal global counterpart.
A review of building integrated renewable technology has been carried out. This
includes the review of the performance of Edinburgh Napier University
photovoltaic facade which has been in operation for over three years. Building
mounted micro turbine technology is also reviewed.
Performance analysis of three micro wind turbines installed on the rooftop of
Edinburgh Napier University was undertaken, along with an analysis of the
available wind regime observed at roof level. A software package was
developed to aid the monitoring and analysis of both micro wind turbines and
their observed wind regime.
Hydrogen technology is reviewed as part of the development of Napier
Hydrogen Research Facility, enabling the demonstration of hydrogen
generation, storage and use from renewables.
Finally, an analysis and comparison of a zero emission electric scooter with a
conventional petrol car for use as urban transport was carried out. A driving
cycle analysis was also undertaken to determine the environmental impact of
both vehicles.

Item Type: Thesis (PhD)
Uncontrolled Keywords: renewable energy; solar energy; modelling; urban environment; photovoltaics; wind turbine; micro wind technology; hydrogen; zero emission transport; Slope Radiation Model; Sky Radiance Distribution Model;
University Divisions/Research Centres: Faculty of Engineering, Computing and Creative Industries > School of Engineering and the Built Environment
Dewey Decimal Subjects: 600 Technology > 620 Engineering > 621 Electronic & mechanical engineering > 621.4 Heat engines > 621.47 Solar-energy enineering
Library of Congress Subjects: T Technology > TD Environmental technology. Sanitary engineering
Item ID: 3745
Depositing User: Mrs Lyn Gibson
Date Deposited: 05 May 2010 10:39
Last Modified: 08 Apr 2011 10:31

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