Hot Water Heat Pumps
A low carbon, RF enabled, energy efficient solution, utilising air source heat pump technology to provide hot water to residential dwellings.
Why choose hot water heat pumps?
High renewable contribution
Listed in SAP Appendix Q, offering a high renewables contribution in SAP
High COP
A COP of up to 3.36 (according to EN16147)
Flexible placement
Suitable for installation within service cupboards, garages and utility rooms
Low operational noise
A high-performance rotary compressor mounted on anti-vibration pads reduces operational noise
5 year guarantee
Available in a 200L or 270L volume, stainless-steel cylinder, guaranteed for 5 years
Defrost mode
A built in defrost mode makes it suitable for use in temperatures between -7 and 35°C
Featured product
Edel Hot Water Heat Pump
With a COP of up to 3.36, our Edel RF Hot Water Heat Pump (HWHP) is a low carbon technology for heating hot water. The heat pump collects energy from the air and converts this into heat, which is then transferred to the water within the cylinder – creating hot water up to 60°C.
Product specification
Our hot water heat pump solution is often specified alongside direct acting panel heaters and is available in two sizes:
Edel RF Hot Water Heat Pump – 170L
Controls
fully integrated control giving a standalone solution. RF enabled cylinder when connected to a Dimplex hub, app controls allows visibility of energy use, the amount of water heated and pro-active adjustments
COP
2.85
Maximum power input (heat pump and immersion)
350 + 1200 = 1550W
Air Operating Range
-7°C to +35°C
Unit Size (mm)
W: 520mm H 1760mm
Standing heat loss kWh/24h
1.92
Air ducting method
Concentric Duct
Heat up from cold (10°C)
10hr 24mins
Air flow rate range m 3 /h
90 to 140
Edel RF Hot Water Heat Pump – 200L
Controls
fully integrated control giving a standalone solution. RF enabled cylinder when connected to a Dimplex hub, app controls allows visibility of energy use, the amount of water heated and pro-active adjustments
COP
3.36
Maximum power input (heat pump and immersion)
700 + 1200 = 1900W
Air Operating Range
-7°C to +35°C
Unit Size (mm)
630 (W) x 1460 (H))
Standing heat loss kWh/24h
1.61
Air ducting method
Separate inlet and outlet to exterior
Heat up from cold (10°C)
7hr 15mins
Air flow rate range m 3 /h
320 to 400
Edel RF Hot Water Heat Pump – 270L
Controls
RF enabled cylinder. When connected to a Dimplex Hub, app control allows for:
Visability of energy use and amount of water being heated
Water temperature control
Activation of home or holiday mode
COP
3.30
Maximum power input (heat pump and immersion)
700 + 1200 = 1900W
Air Operating Range
-7°C to +35°C
Unit Size (mm)
630 (W) x 1780 (H)
Standing heat loss kWh/24hr
1.77
Air ducting method
Separate inlet and outlet to exterior
Heat up from cold (10°C)
9hr 48mins
Air flow rate m 3 /h
320 to 400
We offer a wide range of CPD UK and CIBSE accredited CPDs covering different aspects of the design and specification of heat pumps. All CPDs can be delivered online or in person.
CPDs
Dimplex is here to assist you in your project with expert information. Our frequently updated and curated content library is here to break down key information, finding you the correct specifications and saving you essential time for your project.
specifier hub
We can offer hands-on face-to-face training on Dimplex products, including heat pump principles and servicing, and a course covering our Edel hot water heat pump.
Find out more
We offer bespoke heat design solutions for your home or project and design support and guidance when specifying HVAC solutions
Applications design team
South Kesteven Council, 1 Eastcliffe Square
South Kesteven District Council in Lincolnshire want to ensure their social housing tenants have access to the lowest energy costs. During the refurbishment of an off-gas, 3-bed end-of-terrace property, the council took the opportunity to install Dimplex Quantum high heat retention storage heaters providing access to low-cost energy tariffs. These were paired with the low-carbon Edel hot water heat pump to provide an energy efficient solution for both heating and hot water.
Heating Smart at Chateau Mews
Chateau Mews is a contemporary residential development from Keepmoat Homes, located on the site of a former derelict restaurant in West Bridgeford, South Nottingham. This once-forgotten Brownfield plot has been transformed into a vibrant, welcoming community featuring a mix of high-quality homes designed to meet the needs of local people.