Geothermal drilling is a great way to save money on your home’s heating and cooling costs. Much of the Midwest, including the state of Indiana, has ideal conditions for geothermal heat pumps. The ground temperature here in Central Indiana is an average of 50 degrees, which means that the ground can be used to cool your home in the summer and heat it in the winter.
A geothermal drilling system works like this: During the winter, fluid circulates through underground pipes, heating up through Earth’s natural heat to provide warmth. During the summer, this process reverses, using cooler ground temperatures to cool the home. These systems use roughly 25% of the energy needed by a standard heating and cooling system, which translates into tremendous savings on energy costs for your household budget.
Geothermal drilling is a great option in Central Indiana
Thermal energy stored within the earth is known as geothermal energy. Energy can be transferred into or removed from rocks and sediment, and engineered systems can harness the resulting heat flow to produce electricity or heat commercial buildings and homes.
The heat from deep within the earth results from a combination of thermal energy created during the earth’s formation and energy generated by the decay of radioactive elements—uranium and thorium—in the earth’s core and mantle.
According to the Indiana Geological and Water Survey,
“In Indiana and much of the North American interior, a relatively thick continental crust inhibits the economic feasibility of exploiting these high-temperature resources because of drilling costs and inefficiencies associated with circulating fluids to extreme depths (greater than 10,000 feet).
An alternative approach is to use stored thermal energy from the sun. The earth acts as a thermal battery, and at relatively shallow depths (less than 500 feet), earth temperatures are generally stable and reflect the average annual air temperature. Geothermal heat pumps can extract thermal energy and transfer heat into buildings during winter months and inject excess heat back into the ground during summer months. By exchanging heat with the earth, properly designed systems are more efficient than conventional heating and cooling systems.”
Geothermal drilling is a great option if you are looking for the most efficient way to heat and cool your home. Geothermal systems use 25% of the energy needed by a standard heating and cooling system while providing reliable comfort at lower operating costs.
Geothermal drilling systems are more cost-effective than other heating and cooling systems because they do not require electricity or gas hookups. Compared with other forms of geothermal installation, such as ground source heat pumps, two-pipe closed-loop systems are less expensive to install but have higher installation costs per square foot than open-loop geothermal installations.
Geothermal systems can be more efficient in cooler climates, and this is because colder air can hold more moisture, which makes the system run more efficiently. Additionally, a geothermal system will need to heat the water it uses for domestic purposes during the winter months only; therefore, you should be able to get by with less electricity for heating your home since you don’t need to heat your water.
The ground temperature here is an average of 50 degrees, which means that the ground can be used to cool your home in the summer and heat it in the winter.
A geothermal drilling system works like this: During the winter, fluid circulates through underground pipes, heating up through Earth’s natural heat to provide warmth.
A geothermal drilling system works like this: During the winter, fluid circulates through underground pipes, heating up through Earth’s natural heat to provide warmth. The cooled fluid is then used to cool your home in the summer months.
During the summer, this process reverses, using cooler ground temperatures to cool the home.
In the winter, a geothermal heat pump uses underground temperatures to heat your home, but In the summer, this process reverses, using cooler ground temperatures to cool the house. It’s also important to note that while air temperatures may rise and fall dramatically throughout the day or year in Indianapolis, the ground temperature rarely changes much!
Geothermal drilling can save you a lot of money on heating and cooling costs.
Geothermal systems use roughly 25% of the energy used by a standard heating and cooling system. This means you can save significant amounts on your utility bills, which is great news for your wallet and the environment. Indiana even has options for tax deductions for homes with geothermal heating and cooling.
Geothermal systems can be highly efficient. HVAC systems are some of the most expensive in a home, but geothermal heating and cooling systems use 25% of the energy needed by traditional HVAC systems.
You’ll save on your energy costs. Geothermal drilling can save you money on heating and cooling costs because they don’t require an outside source to produce heat or cool air. Instead, they utilize the earth’s natural temperature variations to regulate the temperature inside your home.
We hope you have enjoyed learning more about geothermal drilling in Central Indiana. We know this information can be overwhelming initially, but we’re here to help. If you’re interested in learning more about a geothermal drilling system for your home, contact us today for more information!