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If you’ve been looking to increase your home comfort while reducing your energy bills and your home’s impact on the environment, geothermal energy is the solution for environmentally-friendly home comfort.

How Does Geothermal Energy Work?

Geothermal energy comes from the heat of the Earth underneath your home’s property. Sources are generally hot water or rock found deep below the Earth’s surface. Although tapping into this energy requires some drilling, it is well worth the initial setup, since it is a clean and renewable source of energy which can be used to both heat and cool your home.

Lower Heating & Cooling Bills

A geothermal system operates more efficiently than ordinary heating and air conditioning systems because it can deliver astounding five units of energy for every one unit of electricity used. By combining stored earth energy with safe electric power, many geothermal owners realize savings up to 70% for heating, cooling and hot water.

Enhanced Home Comfort

Geothermal systems provide precise distribution of comfortable air all year long, eliminating hot spots and cold spots in your home. During heating, you'll experience warm air without the hot blasts associated with ordinary gas furnaces. Additionally, when cooling, geothermal systems deliver cool, dehumidified air so you’re comfortable no matter what the temperature is outside.

Quiet, Reliable & Environmentally Friendly Heating & Cooling

Unlike ordinary HVAC systems, geothermal heat pumps don’t have a noisy outdoor unit to disturb you or your neighbors. They are also installed inside your home, so the wear and tear of the outdoor elements isn’t a factor in their maintenance. Geothermal heat pumps are durable, reliable and require less maintenance than traditional HVAC units, which allows you to rest easy knowing that you’re less likely to experience any kind of emergency breakdown.

According to the Department of Energy and the EPA (Environmental Protection Agency), geothermal systems are one of the most environmentally friendly ways to heat and cool your home. They emit no carbon monoxide, carbon dioxide or other greenhouse gases, which are considered to be major contributors to environmental air pollution and indoor air quality. Not only can you have peace of mind that these units are safe for the environment, they are also safe for you and your family.

Comfort & Savings with Geothermal Energy from Air Temp Solutions

If you’re interested in having a comfortable home throughout the entire year, reduced monthly utility bills and a minimized carbon footprint, tapping into geothermal energy is the answer for you. Air Temp Solutions can help install a geothermal powered system for your Delaware, Maryland or Pennsylvania home so you can rest assured that you’re doing the right thing for your home, your family, your wallet, and the environment.

Geothermal Energy vs. Solar Panels: Which Has Better Value?

“Going Green” is no longer just for progressive thinking homeowners or those looking to live in a commune and proverbially go off the grid. Instead, having energy efficient property is now an integral part of being a responsible homeowner, not only to lower utility bills, but also as a crucial way of limiting a carbon footprint against an increasingly unpredictable environment.

The best way we can lower our impact on the environment (and save some money in the process) is by harnessing the Earth’s resources to heat and cool our homes and businesses. The two main ways to use the Earth’s free energy for your own good are with solar panels and geothermal pumps. Solar panels capture the sun’s rays and convert it into heat and electricity, which is used to heat and cool your home, while geothermal solutions use the constant core temperature of the Earth to warm and cool a property.

The big question remains then: which method offers more return on investment between solar panels and underground geothermal pipes? The answer is provided from a combination of your climate, your existing setup, and how much you’re prepared to invest.

Climate Matters

Although the technology has advanced in recent years, one thing is still necessary for solar panels to work efficiently – the sun. In predominantly rainy or cloudy climates, solar panels will lose efficiency and may provide unpredictable service. Climate will also dictate whether geothermal is a better option as the farther North you move, the more heat is needed during the winters. Because geothermal energy provides up to 500% efficiency compared to gas or oil heating, it’s highly recommended over solar power in colder areas. Coincidentally the farther South you live, the more sunny days you’ll have per year, which means you’ll both need less heat and have plenty of sun available which helps lean towards solar panels.

Upfront Costs

There’s no two ways around it, the installation of a geothermal system is more expensive, especially in retrofits. A horizontal loop geothermal system will need about 400-600 feet of pipe for every ton of heating and cooling energy needed, and although the loops are interwoven, that’s still a lot of excavating. Plus, vertical loops can plunge to depths upwards of 400 feet which makes them no easy system to integrate either. Comparatively, solar panels that are fastened to the roof of a house are a much more traditional application and the units can even be leased in many municipalities. Leasing solar panels can range anywhere from $0 to $3,000 while purchasing them can be a $15,000 or more investment. There are a number of factors (house size, climate, type of drilling) that go into geothermal pricing but an average estimate will be in the $20,000 to $30,000 range.

Long-Term Payback

While initial costs are important to analyze, what many property owners are concerned with are the payback times involved with either a solar or geothermal system. Consumers need to be aware that the initial costs of installing either system shouldn’t be a deterrent because both have payback rates of (at most) about 7 years. When you take into account government tax rebates and escalating fuel costs that range is realistically about 3-4 years. On average, consumers can expect to save around $1,200 per year with solar heating and cooling and about $2,300 with geothermal units. It should also be noted that the installation of either energy-saving system will make a property more appealing to potential buyers which also adds to the ROI.

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