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Application deadline: 31/07/2024 Research theme: Offshore renewable energy; water waves How to apply: Please click the 'Apply' button, above. The design of offshore renewable energy systems should
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during periods of minimal sunlight. The ability to store energy is what makes CSP a flexible source of renewable energy. A fluid (often, molten salts) is heated inside the receiver and is used to generate
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stand-alone storage integrated with solar PV for individual houses. Research so far is focused on energy management, with little work conducted on the design of such systems. Specifically, there is a lack
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engineering. Experience with soil mechanics, numerical modelling, and/or experimental testing is desirable. A passion for sustainability and renewable energy, and a desire to contribute to a sustainable future
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Be part of the energy revolution by joining our PhD programme in optical sensors. As the market for renewable energy increases, energy storage and transport will make increasing use of a new
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Background: The UK and the World are rapidly shifting towards multi-energy systems, such as districts and industrial parks with large amounts of renewable electricity, renewable heating & cooling
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for utilisation. The UK urgently needs renewable energy solutions to achieve its Net Zero goals. The push to reduce CO2 emissions from shipping is supported by global agreements, national security concerns
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anchoring systems for offshore floating renewable energy infrastructure. You will also have the opportunity to work as part of a vibrant research group focussed on a range of offshore engineering challenges
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DC Microgrids (MG) can connect various renewable generators and energy storage and play a vital role in the goal of reaching Net Zero. The overall management of a DC MG relies on reliable
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porous rocks has been proposed as a safe and efficient medium for large-scale energy storage. The need arises because there will be days when weather conditions are such that large-scale renewable energy