A systematic optimization approach of Smart Local Energy Systems in Cities

akos revesz; Chris Dunham; Philip Jones; Carole Bond; Russell Fenner; Sagar Moody; Rajvant Nijhar; Catarina  Marques; Graeme Maidment

A systematic optimization approach of Smart Local Energy Systems in Cities

akos revesz, Chris Dunham, Philip Jones, Carole Bond, Russell Fenner, Sagar Moody, Rajvant Nijhar, Catarina Marques, Graeme Maidment

Mechanical Engineering and Design

Research output: Contribution to conference › Paper › peer-review

Abstract

This paper introduces a project called GreenSCIES; an InnovateUK funded detailed design project to develop a Smart Local Energy System (SLES) delivering a significant carbon saving for local residents, schools and businesses. The SLES is centred around a 5th Generation District Heating and Cooling (5DHC) network in the London Borough of Islington. The local energy system will deliver low carbon heating, cooling, power and e-mobility charging powered by renewable energy and waste heat, sourced from the local area. The proposed SLES will manage and balance the supply, storage (both thermal and electrical) and use of local energy across mobility, power and heat vectors. It will do so using smart control technologies, bringing significant energy efficiency and security as well as social, environmental and economic benefits to Islington.

Original language	English
Publication status	Published - 22 Feb 2022
Event	2022 ASHRAE Winter Conference - Duration: 22 Feb 2022 → …

Conference

Conference	2022 ASHRAE Winter Conference
Period	22/02/22 → …

Keywords

smart energy systems, district heating

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

Cite this

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abstract = "This paper introduces a project called GreenSCIES; an InnovateUK funded detailed design project to develop a Smart Local Energy System (SLES) delivering a significant carbon saving for local residents, schools and businesses. The SLES is centred around a 5th Generation District Heating and Cooling (5DHC) network in the London Borough of Islington. The local energy system will deliver low carbon heating, cooling, power and e-mobility charging powered by renewable energy and waste heat, sourced from the local area. The proposed SLES will manage and balance the supply, storage (both thermal and electrical) and use of local energy across mobility, power and heat vectors. It will do so using smart control technologies, bringing significant energy efficiency and security as well as social, environmental and economic benefits to Islington. ",

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AU - revesz, akos

AU - Dunham, Chris

AU - Jones, Philip

AU - Bond, Carole

AU - Fenner, Russell

AU - Moody, Sagar

AU - Nijhar, Rajvant

AU - Marques, Catarina

AU - Maidment, Graeme

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N2 - This paper introduces a project called GreenSCIES; an InnovateUK funded detailed design project to develop a Smart Local Energy System (SLES) delivering a significant carbon saving for local residents, schools and businesses. The SLES is centred around a 5th Generation District Heating and Cooling (5DHC) network in the London Borough of Islington. The local energy system will deliver low carbon heating, cooling, power and e-mobility charging powered by renewable energy and waste heat, sourced from the local area. The proposed SLES will manage and balance the supply, storage (both thermal and electrical) and use of local energy across mobility, power and heat vectors. It will do so using smart control technologies, bringing significant energy efficiency and security as well as social, environmental and economic benefits to Islington.

AB - This paper introduces a project called GreenSCIES; an InnovateUK funded detailed design project to develop a Smart Local Energy System (SLES) delivering a significant carbon saving for local residents, schools and businesses. The SLES is centred around a 5th Generation District Heating and Cooling (5DHC) network in the London Borough of Islington. The local energy system will deliver low carbon heating, cooling, power and e-mobility charging powered by renewable energy and waste heat, sourced from the local area. The proposed SLES will manage and balance the supply, storage (both thermal and electrical) and use of local energy across mobility, power and heat vectors. It will do so using smart control technologies, bringing significant energy efficiency and security as well as social, environmental and economic benefits to Islington.

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M3 - Paper

T2 - 2022 ASHRAE Winter Conference

Y2 - 22 February 2022

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