Air Source Heat Pump with Water Tank

Heat and cool your home using air from outside

Air Source Heat Pump with Water Tank (Split Series)

The Air Source Heat Pump with Water Tank provides a different method to heat and cool your home and water which could be the answer you’ve been seeking to reduce both your energy bills and carbon footprint. The Heat Pump can operate in both heating and cooling modes to provide a carbon emission free solution for home and water heating. BPE’s Air Source Heat Pumps work by absorbing energy from the outdoor environment and utilising that energy for different processes inside a house. This process is reversed in the cooling configuration to provide a comfortable indoor climate during summer months.

Smart Grid

Smart Grid certification indicates BPE Air Source Heat Pumps can fully utilise electricity from different sources or different price levels, resulting in reduced energy bills

Schedule

Full control over the Air Source Heat Pump allows users to schedule cooling mode, heating mode, DHW mode and temperature settings to satisfy usage requirements

R32 Refrigerant

Higher heat transfer coefficient and better performance with lower global warming potential and carbon emission

App Control

Check and set running state of heat pump, zone switch, operation mode and temperature with energy consumption and energy-saving suggestions

BPE M Thermal Air Source Heat Pump with Water Tank (Split Series)

Air Source Heat Pump Core Technologies

R32 Refrigerant

Low global warming potential (GWP)
Higher heat transfer coefficient with better performance
Less charged volume is needed within the system
Cheaper and easier to obtain R32
Eco-friendly refrigerant of the future

Easy App Control

Real-time status inquiry by App
Energy consumption and energy-saving suggestions

Comprehensive Solution

One-stop solution for space heating, cooling and domestic hot water
Works with a variety of heat sources and terminals
Ideal substitute for gas or combi boiler

Schedule

Full control over the Air Source Heat Pump allowing users to schedule cooling mode, heating mode, DHW mode and temperature settings to satisfy usage requirements

Heat Pump Technology

Typically around 4 kW of energy can be captured for every 1 kW of electrical energy expended, giving almost 5 kW of heat energy an efficiency of 400%

Climate Curve

Water temperature is automatically set according to ambient temperature to ensure high efficiency operation
ECO curve is specially designed for energy saving

Holiday Mode

BPE Air Source Heat Pumps allow you to be carefree when you are not at home for a sustained period of time by using Holiday Mode, this protects the water system from freezing during winter

Hot Water Tank

The BPE Pre-Plumbed Hot Water Tank has an integrated hydronic box to protect it from colder outdoor temperatures. This tank is available in two sizes: 190 l and 240 l.

Air Source Heat Pump Benefits

Lowers your carbon footprint

It can lower your energy bills if you are switching from conventional electric heating

Offers space cooling and domestic hot water

It qualifies as a home improvement under the UK government’s Green Homes Grant

Quick and easy installation

Minimal maintenance required after installation

How do Air Source Heat Pumps work?

Air Source Heat Pumps absorb heat from the outside air to warm your property through underfloor heating and a central radiator system.

The Air Source Heat Pump contains a liquid which draws in heat from the outside air.
Then the Air Source Heat Pump vapourises the liquid by increasing pressure and temperature.
The heat generated is then transferred to a hydronic system which heats the home.
The heat can also be transferred a hot water tank in the property.
This process is reversed in the cooling configuration to provide an indoor cooled climate.

BPE’s Air Source Heat Pump are included in the UK government’s Green Homes Grant which helps to cover the cost of equipment and installation to improve the energy efficiency of your home, check here to see if you’re eligible for the grant.