COOL
in the
SUMMER

WARM
in the
WINTER

ECO
friendly
ALL YEAR

OUTDOOR UNIT
Extracts heat from the outside air and raises the temperature to a level high enough to supply heating during winter, or emits the heat inside to outside during summer.

EEV KIT
Electronic Expansion Valve Kit controls liquid refrigerant flow.

SOLAR PANEL
(FIELD SUPPLY)
Supplies about 70% of required energy to provide domestic hot water by using the 100% environmentally-friendly solar thermal energy.

INDOOR UNIT
Supplies air heating or cooling.

HYDRO UNIT
Provides heated water.

DOMESTIC HOT WATER TANK
Supplies domestic hot water.

UNDER FLOOR HEATING & RADIATOR
(Field Supply)
Water warmed up in hydro unit circulates through the underfloor and radiators then makes your home pleasant and comfortable.

SYSTEM CONTROLLER
(Option)
Adjusts various options and displays the operating status.

SANITARY WARM WATER
(Field Supply)
Perfectly warm and safe water at all times.

ROOM THERMOSTAT
(Field Supply)
Auto-adjusts to the desired room temperature.

ECO HEATING SYSTEM - Overview
This example of an all-in-one system provides highly efficient heat pump technology that keeps your house at a comfortable temperature, and your heating and cooling costs low all year round. This economical and ecological system not only lowers your energy costs and CO2 emissions, but also provides various combinations of air and water solutions for heating and cooling that meet different user needs during all four seasons.

Example shown: Samsung EHS

AIR-TO-AIR + AIR-TO-WATER

Outdoor Unit + EEV Kit + Indoor Unit
Outdoor Unit + Hydro Unit +Under Floor Heating + Radiator + DHW Tank + Solar Panel

AIR-TO-WATER ONLY

Outdoor Unit + Hydro Unit +Under Floor Heating + Radiator + DHW Tank + Solar Panel

An electric heat pump can heat your home during the winter and cool it during the summer. The key components of a heat pump include:

1. Compressor: This increases the pressure of the refrigerant so that it will accept the maximum amount of heat from the air.

2. Condenser: Coils that move heat to or from the outside air.

3. Evaporator: Coils that move heat to or from the air inside the home.

4. Air handler: Fan that blows the air into the ducts of the home. Components 1, 2, 3 and 4 are found in all standard air conditioners.

5. Reversing valve: Changes the heat pump from air conditioning to heating, and vice versa. This is not part of the thermostat.

ANATOMY OF A HEAT PUMP

An air-to-water system distributes heat via your wet central heating system. Heat pumps work much more efficiently at a lower temperature than a standard boiler system would. So they are more suitable for under floor heating systems or larger radiators, which give out heat at lower temperatures over longer periods of time.

Heat from the air is absorbed into a fluid which is pumped through a heat exchanger in the heat pump. Low grade heat is then extracted by the refrigeration system and, after passing through the heat pump compressor, is concentrated into a higher-temperature, useable heat capable of heating water for the heating and hot water circuits of the house.

Air to air heat pumps, or heat pump climate control air conditioning systems, offer energy efficient control of the environment within your home or workplace. They can heat, cool, clean and control the humidity of the air to create optimum comfort conditions for both the occupants and equipment within the space.

Heat pumps are an integral part of air conditioning technology. Heat pumps transfer heat from one environment to another via refrigerant. In cooling mode, heat pumps transfer the heat in an enclosed area (room, industrial process) to the outside air, resulting in a cooling of the area in question. This is the role that heat pumps play in common refrigeration and air conditioning systems.

Call The Air Conditioning Showroom on: 01489 787 979

All your eco-friendly, domestic heating, cooling and ventilation solutions - under one roof

The majority of air conditioning systems installed by The Air Conditioning Showroom incorporate heat pump technology. This technology enables the refrigeration cycle to operate ‘in reverse’, utilising energy from the external environment to produce heat which is then distributed indoors.

The heat pump cycle is extremely reliable and energy efficient. No electrical heating elements or gas burners are involved and, unlike gas or electrical heating where some of the energy of the fuel is inevitably wasted, for every 1kW of electrical energy used, around 3kW of heat is produced. This will reduce your fuel costs and carbon emissions by up to 50%. Heat pump technology enables ‘free energy’ to be extracted from the ambient air, making heat pumps extremely cost effective and environmentally friendly as a source of comfort heating.

Air conditioning with integrated heat pump technology provides year-round comfort and avoids the need for additional space heating systems such as electric panel heaters, radiators or boilers. Heat pumps are available in a wide range of capacities and can also be used to produce hot water for heating and sanitary applications.

Whether Air-to-Air, Air-to Water or combined - we cut through the jargon and explain in simple terms how each option works and which one best serves your individual requirements.

So, contact us now to discover how your summer cooling could also provide your winter heating – cleanly and efficiently.

Email us

Heat Pump Solutions