PDF《Evidence gathering – Low》

Evidence gathering C Low Carbon Heating Technologies Domestic High Temperature Heat Pumps November

2016 Domestic High Temperature Heat Pumps

2 Domestic High Temperature Heat Pumps

3 Evidence gathering C Low Carbon Heating Technologies Domestic High Temperature Heat Pumps Prepared for DECC by: The Carbon Trust and Rawlings Support Services The views expressed in this report are those of the authors, and do not necessarily reflect those of the Department of Energy and Climate Change.

This report was commissioned to inform DECC'

s evidence base for future policy development. Acknowledgements The Carbon Trust would also like to thank the following contributors for their valuable input: Steve Addis, Lochinvar;

Paul Aitchison, Panasonic;

Richard Baines, Black Country Housing Group;

John Barker-Brown, Kensa;

Matthew Beard, Affinity Sutton;

Rob Borruso, KCFC;

Justin Broadbent, ISO Energy;

Andy Buchan, TEEC;

Guy Cashmore, Kensa;

Stewart Clements, HHIC;

Mitchell Cogger, Worcester Bosch;

Bob Critoph, Warwick University;

Zoe Davies, North West Leicestershire District Council;

Craig Dolan, Vaillant;

Tom Dollard, Pollard Thomas Edwards;

Tony Evanson, Ocean Air;

Andrew Faulkner, Samsung;

John Felgate, Stiebel Eltron;

Dan Fletcher, GHE Solar;

Tom Garrigan, BSRIA (testing);

Colin Goode, Fujitsu;

Matthew Grieves, Sovereign Housing;

Will Griffiths, BRE (SAP);

Simon Groombridge, Calorex;

Christian Hadley, Dimplex;

Lara Hayim, Circle Housing Group;

Mike Hefford, Remeha;

Neil Hewitt, Ulster University;

Karen Hilton, Fyne Homes;

Rebecca Hogg, BSRIA (testing);

John Holden, BRE;

Andy Hooper, Hitachi;

Graham Hutton, Linden Homes;

Hugh Jones, Viessmann;

Bevan Jones, Catalyst Housing;

Louise Kew, E.ON;

Edward Leddy-Owen, Rykneld Homes;

Kevin Lowe, British Gas;

Lee Mason, DHP UK;

Mike Nankivell, Space Airconditioning/Heat Pump Association;

Kevin Pacey, Environmental Site Supplies;

Guy Ransom, Finn Geotherm;

Dale Saunders, Taylor Wimpey;

Christian Schober, Innasol;

Nikhilkumar Shah, Ulster University;

Michael Swainson, BRE (testing);

Jon Terry, E.ON;

Mark Thompson, InnovateUK;

James Timbs-Harrison, Mitsubishi Electric;

Thomas Vazakas, RPS Engineers;

Nic Wincott, Neo Energy AB;

Graham Wright, Daikin;

Makoto Yasuda, Yanmar. ? Crown copyright

2016 You may re-use this information (not including logos) free of charge in any format or medium, under the terms of the Open Government Licence. To view this licence, visit www.nationalarchives.gov.uk/doc/open-government- licence/ or write to the Information Policy Team, The National Archives, Kew, London TW9 Domestic High Temperature Heat Pumps

4 4DU, or email: [email protected]. Any enquiries regarding this publication should be sent to us at [email protected] Domestic High Temperature Heat Pumps

5 Acronyms CCC Committee on climate change COP Coefficient of performance DECC Department of energy and climate change DHW Domestic hot water DNO Distribution network operator ErP Energy related products (Ecodesign) EVI Enhanced vapour injection GWP Global warming potential HARP Home-heating appliance register of performance LPG Liquefied petroleum gas MCS Microgeneration certification scheme NCV Net calorific value SAP Standard assessment procedure SCOP Seasonal coefficient of performance SEER Seasonal energy efficiency SPER Seasonal primary energy ratio SPF Seasonal performance factor SSCEE Seasonal space cooling energy efficiency SSHEE Seasonal space heating energy efficiency VDI Verein Deutscher Ingenieure VHTHPs Very high temperature heat pumps Domestic High Temperature Heat Pumps