- Introduction to Heat Pump Technology
- Begin with the Right System Type for your Home
- Sizing Calculator
- Brand Selection
- SEER rating selection
- Heating system selection
- Determine the size of your existing system
- Orlando Air Conditioning Utility Rebates
- Air Filtration Options
How to choose the right system
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Orlando Air Conditioning Heat Pump Systems
- Selection & Pricing
Warranty and brand choices are identical to the 15 seer heat pump systems. 16 seer heat pumps are 23% more energy efficient than 13 seer heat pumps. view pricing...
All Goodman compressors (the most important part of your air conditioner) in this category carry a lifetime warranty. Long term energy savings along with utility rebates eliminate any price advantage of lower seer systems. A 15 seer heat pump offers 16% energy savings over a 13 seer heat pump. Choose from Rheem, Amana and Goodman heat pump price options view pricing...
This category provides greatly improved energy efficiency over an existing, older system. Initial cost will be slightly higher than 13 seer heat pumps. 14 seer heat pump systems exceed the minimum federal energy efficiency guidelines and offer energy savings of 8% over a 13 seer system. Choose from Goodman, Amana and Rheem heat pump prices view pricing...
Choose 13 seer for improved energy efficiency over an existing, older system. These are the most economical heat pump systems we offer in terms of purchase costs. 13 seer systems meet the minimum federal energy efficiency guidelines. Choose from Rheem, Amana, and Goodman heat pump price optionsview pricing...
Heat Pump Technology
A heat pump is a central air conditioning and highly efficient heating system that will "extract" heat from the air in the winter time for cost effective heating comfort in all but the most severe winter climates. The system "reverse-cycles" in the heating mode and captures heat from outside and "pumps" it into your home. Heat pump system prices are determined by features including the efficiency, or SEER rating, also known as "Seasonal Energy Efficiency Rating".
Unlike a furnace a heat pump doesn't burn fuel to make heat - It uses electricity to move heat from one place to another. In the cooling mode, an air conditioner simply captures heat from inside your home and transfers it outside. In heating, a heat pump "reverse-cycles" and captures heat from outside and moves it inside.
This process is more efficient than electric heat as it is much less expensive to transfer existing heat than to actually generate it. There is usable heat in the air down to about 0 degrees Fahrenheit. It feels cold to us because our skin temperature is 98.6 degrees. A heat pump's heating capacity is rated at 47 degrees ambient (outside) temperature. As the outside temperature drops the heat pump's capacity drops in a linear fashion relative to the outdoor temperature.
Most heat pumps will produce about half of their rated capacity at 12 degrees ambient. An electric heating element provides supplemental heat to assist the heat pump as its capacity declines. The heat pump monitors both the outdoor temperature and inside supply air temperature and energizes the assist as needed, automatically.