Hybrid Heat Pump Systems-Air & Geothermal
Eurotech Renewable System
HYBRID HEAT PUMPS
THE FUTURE FOR RENEWABLE ENERGY HEATING & COOLING
Different types of heating, ventilation, air conditioning (HVAC) systems to maximise energy efficiency and provide constant indoor comfort.
Eurotech master the art of mechanically crafting heating, cooling, hot water, energy harvesting, heat recovery and renewable energy to deliver perfected results for energy conscious customers. Our solutions combine all elements of the design to deliver an all-inclusive solution that includes, energy harvesting, heating, and cooling distribution, mechanical control that integrates energy management with Luxurious comfort. Our solutions are renowned for exceptional low operating cost, trouble free operation and superb life cycle benefits.
Eurotech Renewable System
HYBRID HEAT PUMPS
THE FUTURE FOR RENEWABLE ENERGY HEATING & COOLING
Different types of heating, ventilation, air conditioning (HVAC) systems to maximise energy efficiency and provide constant indoor comfort.
Eurotech master the art of mechanically crafting heating, cooling, hot water, energy harvesting, heat recovery and renewable energy to deliver perfected results for energy conscious customers. Our solutions combine all elements of the design to deliver an all-inclusive solution that includes, energy harvesting, heating, and cooling distribution, mechanical control that integrates energy management with Luxurious comfort. Our solutions are renowned for exceptional low operating cost, trouble free operation and superb life cycle benefits.
- Hot water is heated using the air evaporators in summer and ground energy in winter.
- Heat generated by both energy sources, using ground energy at night and air energy in the afternoon.
- Cooling in summer is generated free of charge, passive cooling from the ground cools the building.
- High summer air temperatures recharge the boreholes to deliver higher efficiency in winter.
- Solar tracking operates the system at zero cost using only surplus solar to run the equipment.
- Equipment working life is extended by up to 10 additional years when operating below stress limits.
Before and After – Eurotech Renewables Systems
Hybrid Renewable Energy offers a clean break from fossil fuels to protect the environment
High temperature 70ᵒC radiator and Low temperature 35ᵒC floor heating solutions.
Easy transitioning from traditional fossil fuel boiler to renewable energy systems.
Eurotech revolutionary designs are championed by 40 years of heat pump experience.
Relentless commitment to renewable energy is the driving force behind our Dynamic Designs.
Embrace clean green energy to transform your building and boost your bank balance.
Switch Today – Motivate Tomorrow
(RCT factor). Growing environmental concerns and energy cost have overcome Resistance to Change.
Embrace Hybrid Technology and Inspirational Design
Combining energy sources in one heat pump and surplus solar with modulating compressors is changing the game.
The Replacement Process
Replacing boilers begins with de-commissioning and ends with sensational customized results.
The Benefits of becoming Sustainable
Minimum disruption – Minimum down time – Minimum carbon – Minimum running cost – Minimum environmental impact
Sustainable Future for old Buildings
Old building stock including heritage buildings rely on renewable heating solutions to become sustainable. Commitment to bespoke sustainable solutions to replace fossil fuels is an inspirational move to expose the characteristics of the building that embrace renewable energy. Freedom of old building stock is inspirational in reducing the need to rebuild.
AIR & GEOTHERMAL
HYBRID SYSTEM
1. Air Source Heat Pumps:
Heating Mode: In cold weather, air source heat pumps extract heat from the outdoor air and use it to heat the indoor space. While these systems can be efficient, their effectiveness decreases as the outdoor temperature drops significantly.
Cooling Mode: In warm weather, the process is reversed. The heat pump extracts heat from inside the building and releases it outside, cooling the indoor space.
2. Geothermal System:
Heating Mode: Geothermal systems use a series of pipes buried underground (ground loop) to extract heat from the Earth. This heat is then used to warm the indoor space. Geothermal systems are highly efficient because the ground temperature is relatively stable, especially compared to fluctuating outdoor air temperatures.
Cooling Mode: In the summer, geothermal systems work in reverse. They absorb heat from inside the building and transfer it into the ground, effectively cooling the indoor space.
Integration of Air Units with Geothermal Systems:
- Hybrid Systems: In a hybrid system, both air source heat pumps and geothermal systems are integrated and controlled by a smart thermostat or control system.
- Automatic Switching: The system automatically switches between the air source and geothermal components based on the outdoor temperature and heating/cooling demands. During moderate temperatures, the geothermal system is more efficient, while the air source heat pump is utilized during extreme temperatures when the ground loop’s efficiency might decrease.
- Optimizing Efficiency: Integrating these systems optimizes efficiency and ensures that the building is heated or cooled using the most energy-efficient method based on prevailing conditions.
By integrating air units (air source heat pumps) with a geothermal system in a hybrid setup, you can create a highly efficient heating and cooling solution that maximizes energy savings and minimizes environmental impact. This integration is often managed through sophisticated control systems that automate the process, ensuring seamless transitions between the two systems for optimal indoor comfort.
HOW TO DO IT?
HERE ARE 5 STEPS TO IMPLEMENT YOUR PROJECT.
Following these steps will help you initiate and successfully implement a project using an air and geothermal hybrid system, providing an energy-efficient and sustainable solution for heating and cooling needs.
