HEAT PUMP SYSTEMS
Heat pumps use renewable or abundantly available heat sources, so they offer an energy-efficient alternative to traditional systems that use fossil fuels.
Heat pumps use electricity to heat and cool all kinds of spaces: residential, commercial and even industrial. In addition, they generate domestic hot water. These are systems that operate on a thermodynamic cycle: they transfer heat from a cool space to a warm space. It's simple physics, but the actual efficiency of a system will depend on your specific climate conditions, the type of heat pump you choose, the quality of the installation, and regular maintenance. That being said, because they run on water, air, and ground source heat, heat pumps help reduce dependence on nonrenewable energy sources, supporting efforts toward the green transition.
Discover the benefits of heat pumps
A sustainable choice
Heat pumps have a low environmental impact since they use renewable or abundantly available energy sources, thus reducing greenhouse gas emissions and exploitation of the planet.
Energy efficient
Heat pumps are generally more efficient than conventional heating and cooling systems because they transform energy from the air, water or ground.
Operational flexibility
Heat pumps can be used to heat in winter and cool in summer, providing year-round thermal comfort.
Cost effective
If well designed and installed, heat pumps can generate significant energy savings over conventional systems in use in homes, businesses, and all shared spaces.
Customized heating and cooling solutions
Choosing the right system requires expert advice. We evaluate our customers’ needs, the dimensions of the building, the local climate, and the availability of on-site heat sources. By listening to your needs, providing installation and scheduled maintenance programs, IES can ensure optimal performance over time.
Types of heat pumps for heating and cooling
Ducted Air-source ( air-to-air)
They collect heat through ductwork from the air outside a home or business and concentrate it for use inside.
*Add a ventilation system with heat recovery to further increase energy efficiency.
Air-water
They use outside air as a heat source to heat or cool water, which is then circulated by hot water radiators or radiant floor heating systems.
* Integrates a radiant floor cooling system for even greater comfort in summer.
Water-to-water
They transfer heat directly from one water source to another, meaning they recover or release heat, for example, from a well or lake.
Geothermal (ground-source)
These heat pumps transfer heat into and out of your home or building, using the ground as both a heat source and a heat sink. They tend to achieve greater efficiencies than commonly used air source heat pumps, but require specific installation.
* Integrate a low-temperature heating system, such as radiant floor heating, to maximize the efficiency of the system.
Absorption (gas-fired)
They use heat or thermal energy as their energy source. They can be powered by various heat sources such as natural gas or solar energy.
* Add solar heating panels to increase the supply of sustainable energy
PRO Tips
Hybrid systems (Dual-fuel)
Combines the efficiency of a heat pump with the reliability of a gas furnace: the system automatically switches to the furnace during peak demand and when temperatures drop in colder weather.
Advanced control systems
Install programmable, smart thermostats to optimize energy efficiency and use temperature/humidity sensors to adapt the thermostat’s operation to the surrounding environment.
Integration of energy storage systems
Incorporate energy storage solutions, such as battery storage, to store photovoltaic energy produced during peak demand and use it when needed.
