AFOI ZAFEIRIADI

With our HPT heat pump test bench you can simulate humidity as well as temperature. The test stand is used for functional testing of air-to-water heat pumps according to DIN EN 14511. Current test systems on the market, which are used to test e.g. air-to-water heat pumps, are climatic chambers with a cooling, heating and humidification unit fixed to the roof. The disadvantage of this concept is that it is not possible to set a homogeneous temperature and humidity distribution in the cube-shaped room. Based on test engineering concepts in the automotive industry, EP-E developed a concept in which the air flows in a closed loop (loop design). The HPT heat pump test stand is a closed-loop test stand for functional testing of air-to-water heat pumps according to DIN EN 14511. The advantageous closed-loop design uses an insulated chamber with conditioning units for temperature and humidity outside the chamber.

Geothermal / ground source heat pumps produce roughly 5 units of thermal energy using 1 unit of electric energy. Geothermal heat pumps are the most efficient method of heating space and hot water for any type of building. For every 1kWh of energy consumed you can produce roughly up to 6kWh of thermal energy. You can use our products with almost any type of heating facilities including underfloor heating, radiator or fan-coils. They can be fitted into older and new buildings. You can also combine them with a domestic hot water system and an air ventilation system. TermoPlus produces two ranges of geothermal heat pumps: Terrapump, for use with soil and Aquapump, for use with underground water. Our heat pumps typically pay for themselves within 3.5 years or even less if you receive government subsidies or a grant for the system. Benefits: 1) Incredible efficiency and savings. 2) Function-packed but easy to use 3) Reliable, durable and environmentally friendly

The Hybrid system can produce heating, air conditioning and domestic hot water (DHW). The hybrid heat pump system comprises of an indoor air-conditioning unit, an outdoor unit, and a TermoPlus indoor hydrobox or hydrotank. The system recycles the waste heat from the air conditioner to heat domestic water. Installing a hybrid air source heat pump is one of the best ways to use air-conditioning efficiently and to reap savings for home and building owners. For every 1kWh of energy consumed the hybrid heat pump can produce almost 8kWh of thermal energy. Our heat pumps typically pay for themselves within 3.5 years or even less if you receive government subsidies or a grant for the system. Our hybrid air source range is strictly limited to indoor units compatible with Mitsubishi air-conditioning units and provide heating, cooling and domestic hot water.

Typical air source heat pumps produce a greater output than a small flat or passive home requires. Our Eco Inverter units are the ideal option for maximum efficiency at smaller outputs. The Eco Inverter system can produce heating, cooling and optionally domestic hot water and was designed specifically for small flats or passive homes that have lower output heating demands. With a scalable heating range between 1kW (min) and 5kW (max) the solution is ideal for flats up to 100m² or passive homes up to 250m². Installing an air source heat pump is one of the best routes to savings with amazing returns for home and building owners. For every 1kWh of energy consumed the heat pump can produce up to 5kWh of thermal energy. Our heat pumps typically pay for themselves within 3.5 years or even less if you receive government subsidies or a grant for the system. Our air source Eco Inverter range is strictly limited to indoor units compatible with Mitsubishi Power Inverter outdoor units.