Geothermal Heating and Cooling Systems

Geothermal Heating and Cooling Systems

Blog Article

Geothermal Heating and Cooling Benefits

Geothermal systems do not use fossil fuels or much electricity making them a sustainable and environmentally friendly option. There is even a 30% federal tax credit for homeowners that install a new system.

They also do not produce any carbon monoxide, which is an issue with some traditional heating methods. These gases can cause health issues like asthma and bronchitis. Read on Geothermal to discover more.

Save Money

Geothermal systems use no combustible fuels, so they don’t produce any carbon monoxide and they operate safely. This makes them a safer choice than traditional systems, particularly for households with children or elderly people living in them.

The underground temperature is relatively constant year-round, so a geothermal system uses a loop of pipes containing water or a mixture of water and antifreeze to transfer heat from the ground to the home through the HVAC ductwork in the house. During the cold seasons, this fluid absorbs heat and, during warm seasons, it transfers the heat to the home.

A more budget-friendly alternative to vertical closed-loop geothermal systems is the pond/lake geoexchange option, which utilizes existing bodies of water on your property for a heat exchange. This can be a better option for those who are building new construction homes or those who want to roll the upfront costs of the system into their mortgage, as these aren’t as expensive to install.

Energy Efficient

Geothermal Systems don't require fossil fuels, but instead use a renewable energy source, the ground. This means they won't be affected by price fluctuations of fossil fuels and you can save money.

They also don't bring outdoor air into your home, so you won't be breathing in harmful pollutants or allergens. Geothermal heat pumps are quiet and operate very efficiently, with an efficiency rating of 300-500%.

Most geothermal systems employ ductwork to move the heat around your home, so they're suitable for new homes with ductwork or renovation projects in existing homes that have ducts already installed. These are known as closed-loop systems. Other types of geothermal systems draw water directly from an underground aquifer or hot spring using open-loop pipes. This system is commonly used to provide heating and cooling, but can be used for hot water as well.

Reduce Carbon Footprint

Geothermal systems are the ideal alternative to fossil fuel heating and cooling. They reduce carbon footprints, creating a win for consumers and reducing the global impact of climate change one household or business at a time.

The key to a successful geothermal energy system is sizing the heat pump correctly to meet the heating and cooling needs of your building. It is also important to work with a company that understands the local building codes and can perform the required inspections and maintenance on your geothermal system.

Fossil fuel heating creates a variety of harmful emissions including particulates, nitrous oxides and chlorofluorocarbons. These noxious gases can contribute to respiratory problems and other health concerns. Geothermal systems, on the other hand, produce no greenhouse gasses and emit zero pollutants. They can be used to replace existing systems or in new construction.

Reduce Noise

Geothermal Heating and Cooling systems are clean and environmentally friendly because they use natural energy sources. Unlike gas furnaces, they don’t produce carbon monoxide or other toxic byproducts that can be dangerous to your family. The air is also better filtered, with less pollen and dust. This can reduce allergies and respiratory diseases like asthma.

Compared to other renewable energy sources, geothermal produces 75% to 85% fewer CO2 emissions. That’s a significant reduction, especially if you live in Westchester.

Although the initial investment can seem substantial, geothermal systems are so energy-efficient and dependable that they can save you so much money on heating costs that they can pay for themselves in seven to eight years. Of course, the specific break-even point depends on your local utility rates, excavation/drilling costs, how well your home is insulated and what state or federal incentives are available. Contact a qualified geothermal installer to find out more. They can help you determine the best option for your home.