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The Plymouth Student Scientist

Document Type

Engineering, Computing and Mathematics Article

Abstract

Solar energy is being increasingly implemented for domestic uses, such as hot water systems. However, the poor economic gains, particularly in cold climates and winter months, make this environmentally beneficial technology a less attractive investment. So far, research into optimising these designs have focussed on warmer climates and optimising the gains made during the summer months. Furthermore, most high budget research is geared towards industrial implementation which has limited use at the domestic, home-owner scale. To investigate an economically and energetically optimal domestic hot water system design for cold climates, mathematical methods and TRNSYS simulations were used to experiment with the parameters influencing efficiency. This was achieved by creating a parametric model to reveal losses experienced by the system. Next, a fully validated TRNSYS model was built to allow for experimentation from which the system could be adapted for cold climates. The key impact of this research will be to improve the affordability, such as rate of return, and appeal of solar domestic hot water systems for the public. Ultimately, developments such as this will reduce dependence upon fossil fuels in the United Kingdom, and other environmentally conscious nations, and allow large-scale implementation of sustainable technologies. Citation

Publication Date

2018-12-01

Publication Title

The Plymouth Student Scientist

Volume

11

Issue

2

First Page

192

Last Page

216

ISSN

1754-2383

Deposit Date

May 2019

Embargo Period

2024-07-08

URI

http://hdl.handle.net/10026.1/14188

Creative Commons License

Creative Commons Attribution 4.0 International License
This work is licensed under a Creative Commons Attribution 4.0 International License.

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