Hybrid Heat Pump For Micro Heat Network

Autor: J. M. Counsell, Y. Khalid, M. J. Stewart
Jazyk: angličtina
Rok vydání: 2017
Předmět:
DOI: 10.5281/zenodo.1132658
Popis: Achieving nearly zero carbon heating continues to be identified by UK government analysis as an important feature of any lowest cost pathway to reducing greenhouse gas emissions. Heat currently accounts for 48% of UK energy consumption and approximately one third of UK’s greenhouse gas emissions. Heat Networks are being promoted by UK investment policies as one means of supporting hybrid heat pump based solutions. To this effect the RISE (Renewable Integrated and Sustainable Electric) heating system project is investigating how an all-electric heating sourceshybrid configuration could play a key role in long-term decarbonisation of heat. For the purposes of this study, hybrid systems are defined as systems combining the technologies of an electric driven air source heat pump, electric powered thermal storage, a thermal vessel and micro-heat network as an integrated system. This hybrid strategy allows for the system to store up energy during periods of low electricity demand from the national grid, turning it into a dynamic supply of low cost heat which is utilized only when required. Currently a prototype of such a system is being tested in a modern house integrated with advanced controls and sensors. This paper presents the virtual performance analysis of the system and its design for a micro heat network with multiple dwelling units. The results show that the RISE system is controllable and can reduce carbon emissions whilst being competitive in running costs with a conventional gas boiler heating system.
{"references":["J. Short, D. Infield, and L. Freris,\"Stabilization of grid frequency through dynamic demand control,\" IEEE Trans.Power Syst., vol. 22, no. 3, pp. 1284–1293, Aug. 2007.","Customer-Led Network Revolution, Insight Report: Electric Vehicles. CLNR-L092: 31st December 2014.","Customer-Led Network Revolution, Insight Report: Domestic Heat Pumps. CLNR-L091Durham Energy Institute and Element Energy: 23rd January 2015.","A. Hakkaki-Fard et al, \"Improving cold climate air source heat pump performance with refrigerant mixtures\" Applied Thermal Engineering, Volume 78, 5 March 2015, Pages 695-703.","Tassou, S.A.; Marquand, C.J.; Wilson, D.R. \"Energy and economic comparisons of domestic heat pumps and conventional heating systems in the British climate\" Applied Energy, 1986, 24(2):127-138","https://heating.mitsubishielectric.co.uk/KnowledgeBase/Public/Hybrid_Systems_Brochure.pdf Accessed on: 10 July 2017","https://www.daikin.eu/content/dam/document-library/catalogues/heat/hybrid-heat-pump/ehyhbh-av3/Daikin%20Altherma%20hybrid%20heat%20pump_ECPEN14-729_Catalogues_English.pdf Accessed on: 10 July 2017","B. Aspeslagh., S. Debaets, \"Hybrid Heat pumps – saving energy and reducing carbon emissions\", REHVA Journal, March 201, pages 20-25; http://www.rehva.eu/fileadmin/REHVA_Journal/REHVA_Journal_2013/RJ_issue_2/p20-25_Hybrid_heat_pumps_RJ1302.pdfAccessed on: 10 July 2017","Xing-Chi. CHEN, \"Air Source Heat Pump Energy Storage Heating System for Smart Building\" \t2016 28th Chinese Control and Decision Conference (CCDC).\n[10]\tA.Hesaraki et al, Seasonal thermal energy storage with heat pumps and low temperatures in building projects – A Comparative review.\tRenewable and Sustainable Energy Review, Volume 43, March 2015, pages 1199–1213.\n[11]\tBook, \"2016 implementing the Energy Performance of Buildings Directive (EPBD)\" Lisbon, September 2015 ISBN 978-972-8646-32-5http://www.epbd-ca.eu/outcomes/2011-2015/CA3-BOOK-2016-A-web.pdf\n[12]\tJ. Wang, \"UK Building Regulations, Department for Communities and Local Government, Planning Development Documents-Collections\", https://www.gov.uk/government/collections/approved-documents\nAccessed on 21 April 2016\n[13]\tBRE Standard Assessment Procedure (SAP), http://www.bre.co.uk/sap2012/\n[14]\tBRE Simplified Building Energy Model (SBEM), www.uk-ncm.org.uk/ Accessed on: 17th March 2017\n[15]\tDCLG approved national calculation methodologies and software programs for buildings other than dwellings, https://www.gov.uk/government/publications/department-for-communities-and-local-government-approved-software-for-the-production-of-non-domestic-energy-performance-certificates-epc\nAccessed on :31 October 2014\n[16]\tCounsell, J.M., Murphy G.B., Allison J. \"Control of micro-CHP and thermal energy storage for minimising electrical grid utilisation\", International Journal of Low-Carbon Technologies Advance Access published August 21, 2014\n[17]\tCounsell, J.M., Ameer, K., Stewart, M., 'CHPV Control'. IET Faraday Workshop, Calcutta India, 2015. Online: At IET Conferences.\n[18]\tMurphy, G.B., Counsell, J.M., et al \"Calibrating a combined energy systems analysis and controller design method with empirical data\", Elsevier journal \"Energy\", Vol 57, pp484-494, August 2013\n[19]\tNational Calculation Methodology, online resource hub, http://www.uk-ncm.org.uk/ Accessed on 1st March 2017\n[20]\tCIBSE Guide A: Environmental Design 2015, ISBN: 9781906846541, 2015\n[21]\tCIBSE Weather Data Sets, http://www.cibse.org/knowledge/cibse-other-publications/cibse-weather-data-sets Accessed on 1st March 2017\n[22]\tG. Murphy, J. Counsell, E. Baster; et al \"Symbolic modelling and predictive assessment of air source heat pumps\" Building Services Engineering Research and Technology; Volume 34, issue 1, pages 23-39, 2012\n[23]\tMurphy. GB, Baster. E, Allison. J, Counsell. S; \"Simplified Modelling of air source heat pumps producing detailed results\", CIBSE technical Symposium, Imperial College, London UK, 18th – 19th April 2012\n[24]\tZ. Abdullayev; \"Comparison studies of domestic space heating systems using IDEAS dynamic house model (Gas Condensing Boiler vs Air Source Heat Pump\", University of Liverpool, School of Electrical Engineering and Electronics, MSc Project Thesis, September 11, 2015\n[25]\tV.I.Hanby; \"Modelling the performance of condensing boilers\", Journal of the Energy Institute, Vol. 80, Iss.4, 2007\n[26]\tV.I.Hanby& G. Li; \"Modelling the thermal and Emissions Performance of Commercial Boilers\", HVAC&R Research, 3:2, 101-111, 2011\n[27]\tJ. Henderson & J. Hart; BREDEM 2012 – A technical description of the BRE domestic energy model, 2015, www.brebookshop.com\n[28]\tMurphy. GB, Allison. J, Monari. F; \"Determining the effect of weather data upon building simulation in regulatory processes\" Proceedings of BS2013, 13th Conference of international building performance simulation association, Chambery, France, August 26-28\n[29]\tP.J.Boait et al, \"Making legacy thermal storage heating fit for the smart grid\", Energy and Buildings 138 (2017) 630-640\n[30]\tGeorgina O., Tom L., Simon B., \"Final report: Insitu monitoring of efficiencies of condensing boilers an use of secondary heating,\"\n[31]\tEnergy saving trust average price http://www.energysavingtrust.org.uk/about-us/our-calculations Accessed on :5 October 2016\n[32]\tGreenhouse gas reporting conversion factors 2016 https://www.gov.uk/government/publications/greenhouse-gas-reporting-conversion-factors-2016 Accessed on :5 October 2016"]}
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