How do you heat a house with solar power?
As the temperature outside decreases, so does our thermostat. Fortunately, there are ways around those problems—and they all involve the same thing: energy efficiency.
Instead of heating the entire house at once, you can use solar power as a supplemental source of energy in specific areas of your home. Doing so will reduce your overall energy consumption and help you cut back on expenses while also lowering greenhouse gas emissions. Here’s everything you need to know about how you can easily heat your house with solar power.
Cool tips before we get started
1) Choose your solar panel wisely.
2) Consider the roof of your house.
3) Get some deep windows on your home enclosed in glass to maximize the sun’s natural heat transfer.
4) Install a smart thermostat that will automatically turn down or up your heating as needed.
5) If you have outdoor views, consider installing solar-powered skylights above your patio or awning so you can enjoy nature in your own backyard all year long.
What does it mean to heat your house with solar power?
To heat your house with solar power, you need to install a solar panel on your roof. Once the panels are installed, they will collect the energy from the sun and convert it into heat for your home.
However, if you don’t want to go through the hassle of installing a new rooftop solar panel, then you can just place one or two portable solar panels on your windowsill and use them as supplemental heaters in areas of your home that need warming up.
Install a photovoltaic array or grid-tied system
When you install a photovoltaic array or grid-tied system in your home, you can use the sun’s energy to heat certain areas of your home. You can use your array or grid-tied system as an energy source for appliances in your home. If your house has an attic space, install panels on the roof so that they’ll generate electricity during the day and help keep appliances running during colder months.
If you don’t want to get stuck with an expensive, complicated installation process, there are also simple heating options available for purchase from third-party companies. For example, there are easy-to-install systems that include a photovoltaic panel and a thermostat mounted over the furnace unit.
Add a heat pump
A heat pump is a device that stores heat in liquid and then transfers it to the air. With a heat pump, you can isolate areas of your home that need to be heated while simultaneously saving energy by letting cold areas cool down. A heat pump can also help lower your overall energy consumption as it transfers the stored heat from the outside into your home.
High-efficiency solar panels are an excellent way to supplement your heating with solar power. Even though they may cost more than regular solar panels, they’re worth it because they’re more efficient and do not produce as much waste.
Install a ground source heat pump
Ground source heat pumps are well-suited for heating your home, as they don’t rely on any type of combustion or electricity to operate. Instead, they draw their energy from the ground itself. By installing a ground source heat pump in your home, you can reduce your heating costs while also reducing your carbon footprint.
A ground source heat pump is composed of two systems: a compressor and a loop. The loop draws in air from outside and brings it into the house; the compressor cools that air down before it enters the house so that it can be heated up again when someone wants to use it. This process is then reversed when the air is brought back outside again. As a result, there are no combustion fumes or emissions to worry about with this system.
Select the right type of solar water heater for your home
Solar water heaters are an easy way to tap into renewable energy and save money in the process.
A solar-powered hot water heating system will help you save on your energy bills by providing hot water for your home, but you should know the type of heater that’s best for your home. There are two types of solar water heaters: passive and active. Active systems require electricity to be constantly flowing through them, while passive systems work independently of electricity. Passive systems also have a more natural effect on your home’s temperature because they use the sun’s rays as well as radiation from the ground to warm your home.