the heat pump
Save money with our domestic hot water and air conditioning solutions
At EFI we manufacture highly energy-efficient Heat Pumps for the production of domestic hot water and air conditioning. We are also known for our hybrid systems, capable of producing electricity and heat with 80% more efficiency than traditional systems.
Our solutions are designed to cover all the needs of the home in a sustainable and efficient way, achieving the best energy and cost savings.
At EFI we manufacture highly energy-efficient Heat Pumps for the production of domestic hot water and air conditioning. We are also known for our hybrid systems, capable of producing electricity and heat with 80% more efficiency than traditional systems.
Our solutions are designed to cover all the needs of the home in a sustainable and efficient way, achieving the best energy and cost savings.
TWO TECHNOLOGIES TWICE THE POWER
The Hybrid Solar Panel is the combination of two technologies in a single module: Photovoltaic and thermal, with the capacity to produce electricity and heat simultaneously.
A highly efficient and cost-effective system, as it contains two functionalities in a single panel, it will produce more energy in a smaller space.
DHW and electricity in a single system
Ideal for large consumptions
More cost-effective than a traditional panel
HOTELS, HOSPITALS, RESIDENCES, SPORTS CENTRES AND MUCH MORE.
Our team of professionals will help you to
keep your equipment at 100%.
Get the original parts in case of replacement or repair.
Consult our professional team for all the latest updates of our systems.
All the news of the sector
Welcome to the Efitherma blog! Here you will find everything you need to know about:
Regularly updated content, with articles written by our experts covering the latest trends and developments. All the information you need to improve your ACS and air conditioning system.
Whether you’re a homeowner, architect, engineer or just someone with an interest in the industry, this blog is for you.
The heat pump is a thermal machine that achieves the perfect temperature in any type of premises or enclosure, both in winter and summer, and can also produce hot water in a simple, economical and environmentally friendly way.
The heat pump takes energy from renewable sources, i.e. the natural environment (air, water or earth) and transports it into the enclosures. humanity.
Because it transports heat from the outside environment (however cold it may be) to the inside of the home or premises to be heated. Their efficiency is obtained by means of factors (called ratios) that identify how much heat is transported and how much electrical energy needs to be consumed for this transport. Similarly, in the case of reversible equipment, it can transport heat in the opposite direction, from the room to the outside, in which case it cools the room. It allows much more heat to be transported than the energy it consumes, between 3 and 5 times more.
The heat pump is more energy efficient than traditional systems, since most of the heat comes from the outside environment and only electricity is needed for heat transfer. A sustainable system that does not need fossil fuels, such as natural gas, propane, fuel oil or pellets. Plus, they can work for heating, cooling, and domestic hot water, making them a versatile option for climates with significant seasonal changes.
Heat pumps have a service life that depends on the annual operating hours of the equipment. In a residential application, this life is approximately 20 to 25 years. The compressor is the element that suffers the most wear during operation, although it has a very long service life and can be replaced by the Technical Service. simple, economical and environmentally friendly way.
Yes, the Heat Pump is very easy to integrate with other forms of renewable energy such as photovoltaics.
Because it transports heat from the outside environment (however cold it may be) to the inside of the home or premises to be heated. Their efficiency is obtained by means of factors (called ratios) that identify how much heat is transported and how much electrical energy needs to be consumed for this transport. Similarly, in the case of reversible equipment, it can transport heat in the opposite direction, from the room to the outside, in which case it cools the room. It allows much more heat to be transported than the energy it consumes, between 3 and 5 times more.
Heat pumps need electrical energy to operate; however, they manage to generate far more energy than they consume, which is where the savings occur. That is, they use an amount of electrical energy that is less than the amount of (renewable) heat energy they capture from the environment, water or soil.
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