If your current heating system is aging and costly to operate, consider a new heat pumps north shore. These systems cool and heat your home using refrigerant.
They pull heat from the air in colder months – even below freezing. They can be used in ducted or ductless applications.
Most homeowners report that heating and cooling is the single largest component of their home energy budget. That makes the type of system you use for north shore heating a critical factor in your energy costs.
A heat pump works like a reversible air conditioner, absorbing the warmth of ambient outdoor air to heat the house in winter. In summer, it moves heat from the house to the outdoors to cool the home.
Because they don’t generate their own heat, they operate at a fraction of the cost of traditional furnaces and air conditioners. This efficiency helps you keep your heating and cooling bills low, as well as minimize the strain on other energy-intensive systems in your house.
You can lower your cost even further if you qualify for rebates for installing a heat pump. For example, if you’re a low- or moderate-income household, the Inflation Reduction Act offers a point-of-sale rebate of up to $8,000 for energy-efficient heating and cooling improvements, including heat pumps.
2. Energy Efficiency
Heat pumps save energy, because they extract the heat from the air (even in cold weather) and move it inside. That means they are more efficient than boilers and air conditioning systems.
In fact, in the winter a good quality heat pump will use only half the electricity as a gas boiler. This is because of their high COP, which can be up to 2.8 when it’s -1°C outside.
You’ll also save more by using a ground source heat pump, which moves heat from the earth or water into your home. These are a great choice if your house doesn’t have air ducts, or you want to cool and heat an addition or basement.
The city of West Vancouver is offering additional rebates for homeowners who switch to a heat pump through their CleanBC Better Homes program. Use the group code GPR0195-EXP28/06/2023-CBC to apply online.
In addition to being more efficient than traditional systems, heat pumps provide year-round home comfort without the need for ductwork. They also offer smart capabilities like an inverter-driven compressor that adjusts its speed to match demand.
Whether air-to-air, water source, or geothermal, each type of heat pump collects the temperature of the air, ground, or water outside your home and transfers it to your house’s interior through a reversing valve. Its energy efficiency compared to other heating systems, such as boilers and furnaces, is due to the fact that they don’t actually generate heat; rather, they move it from one area to another.
The best type of heat pump for your home will depend on its size, the climate where you live, and your personal preferences. Generally, air-to-air heat pumps are best for mild winters, while geothermal and water source units are better for colder temperatures. The ENERGY STAR tax credit is available for all models.
4. Ease of Installation
Heat pumps extract the heat energy in the air, ground or water and transfer it into your home, using only a small amount of electricity to power the compressor. Unlike boilers, they do not generate heat themselves but use the available heat energy to increase your heating efficiency up to 400%.
During the summer, this cycle is reversed, and the heat pump acts like an air conditioner. This enables the system to keep your home cool and dehumidify without increasing your energy consumption.
In addition to their high efficiency, heat pumps have many other benefits. For example, they are safe for children because they do not emit dangerous gases and do not require a fire to operate. They can also be installed in a house with existing ductwork, which reduces installation costs. In addition, they are compatible with the EECA’s Boiler Upgrade Scheme for low carbon homes in England and Wales. This means you could be eligible for a government grant to help with the upfront costs of installing a heat pump.