Frequently Asked Questions
-
How does a hydronic radiator work?
Hydronic heating radiators operate by circulating hot water through pipes inside the radiator. The water is heated by a central heating unit, such as a gas or electric boiler, or a heat pump. As the water flows through the radiator, it releases heat into the room via convection (heating the air around the radiator) and radiation (directly heating objects in the room). This results in consistent and efficient warmth across the space.
-
Are hydronic heater panels energy-efficient?
Yes, hydronic heaters are generally very energy-efficient. They use water as a medium to carry and distribute heat, which retains warmth longer and requires less energy to maintain the desired temperature. Using a high-efficiency boiler or heat pump to heat the water further increases the system’s efficiency.
-
Can I install hydronic radiators in an existing home?
Yes, radiators can be installed in most existing homes, although retrofitting may require some modifications. The installation typically involves running pipes from a central heating unit (like a boiler or heat pump) to the radiators in each room. While this process may require some work, it’s possible to integrate hydronic heating into both older and newer homes with the help of professionals.
-
Are hydronic heating radiators safe for children and pets?
Yes, they are generally safe for children and pets. Unlike traditional radiators or heaters, hydronic systems don’t get as hot to the touch, reducing the risk of burns or injuries. The surfaces are usually warm, but not excessively so.
-
What is the difference between electric and hydronic radiators?
The key differences between hydronic radiators and electric radiators lie in how they generate and distribute heat.
Hydronic heating radiators use hot water as the heat medium. A central heating system, such as a boiler or heat pump, heats the water, which is then circulated through pipes to the radiators. These systems require a boiler or heat pump, pipes, and radiators and can be more complex to install. Hydronic radiators provide even, consistent heat over long periods for large spaces.
Electric radiators use electricity to heat an internal heating element (metal or ceramic), which radiates heat into the room. Some units also circulate warm air using convection. Plug-and-play units can be easily plugged into an electrical outlet and used immediately. Electric radiators provide instant heat and are typically used for zone heating or smaller spaces.