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Find Out if Geothermal Heating and Cooling is Right for You.

Never buy heating oil, propane or natural gas again

How Does Geothermal Work?

Typical Reasons People Choose Geothermal Heating and Cooling for Their Homes

Environmentally Conscience

Financial Advantage

Comfort Is King

Technology Minded

Geothermal Systems are Environmentally Friendly

One Geothermal system is equivalent to planting 750 trees or taking 2 cars off the road forever.

A 2,500 square foot home reduces coal consumption by approximately 9 tons per year.

The EPA says Geothermal is the most environmentally friendly way to heat and cool.

Geothermal uses the renewabel solar energy absorbed in the ground from the sun.

Geothermal Makes Financial Sense

The Department of Energy says Geothermal is the most cost-effecient way to heat and cool your home.

Heating, cooling, and hot water are approximately 2/3 of your electric utility bill.
A Geothermal heat pump can reduce up to 70% of that cost.
5 units of heating or cooling for every 1 unit of electricity consumed.
Receive $5 of heat for every $1 spent.

Return on Investment (ROI) is possible within 3 to 7 years.

Geothermal equipment life expectancy is 25 years; the life expectancy of a traditional system with an outdoor unit is 15 to 18 years.

Replacement costs will be approximately equal for equipment and labor for each type of system.
The replacement Geothermal unit can use the existing ground loop.

With Geothermal systems, there is no outdoor unit to install exposed to the harsh weather.

Geothermal heat pumps do not rely on outdoor temperatures.

Instead, the consistent 55F ground temperature is used year round. The result is improved comfort inside the house.

Unlike with a geothermal system, a traditional residential air source heat pump’s performance and ability to provide comfort rely on outside temperatures. Below are examples of how they struggle and why and when they become inefficient and costly to operate:

In Heating mode – as the outdoor temperature drops, so does the air source heat pumps ability to provide heat to your home.

Once the outdoor temperature drops low enough (starting at <40F), the air source heat pump can no longer use the efficient compressor heat alone to heat the house. It then must bring on the electric “back up” heat. This resistive heat is the most expensive heating method available. It doesn’t take long for it to be on before it can significantly increase your electric bill. It takes more energy to run resistive heat than for the compressor to run and make heat.

The air source heat pumps inability to provide compressor heat from the systems refrigerant as outdoor temperatures drop is referred to as heating “derate”.

In Cooling mode – as the outdoor temperature rises, so does the heat pumps operating pressures temperatures. This elevated level of pressure can cause strain on the system. On the hottest days, the traditional air source heat pump systems can experience a lack of capacity or ability to remove heat from your home resulting in a lack of comfort and an increase in your energy consumption.

The Ability to Monitor and Track the Performance of Your Heating and Cooling System

Internet based platform with remote monitoring from any computer, tablet, or phone.
Easily change temperature settings and turn off the heating and cooling remotely.
Monitor and track actual energy usage.
Receive service alerts and even be notified when power is off at your home due to a power outage.
Real time operating data can be used remotely by factory technical support.

When You are Convinced Geothermal Heating and Cooling is for You:

Call Us

410-877-6100

Frequently Asked Questions

How does Geothermal heating and cooling work?

During the heating cycle, a geothermal heat pump uses water circulated through an underground loop to extract heat from the ground. In the cooling mode, the heating process is reversed and heat is extracted from the air in your home and is put back into the ground.

Is Geothermal gaining greater acceptance as a viable renewable energy?

Yes, and for good reason! 1st - Unlike solar and wind, geothermal energy is 24/7 and 365 days a year despite what the weather outside is doing. 2nd - Maryland adopted the GREC bill which officially put geothermal on the map for renewable energy credits. Owner's of geothermal systems have a market to sell their credits for further savings. Click here for more information.

Is Geothermal heating and cooling more expensive to install than a traditional system?

Costs vary depending on options selected, and the initial cost of a geothermal system may exceed that of a traditional system. However, in terms of lifecycle cost, Geothermal systems are by far less expensive. After the 3 to 5 year payback, its money in the bank from that point on.

Are there special financing loan options for Geothermal?

Yes. In fact, All-Air Systems works with Clean Energy Credit Union, who offers geothermal system loans. These loan packages enable you to get a highly efficient heating and cooling system for no money down.

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