Heat pumps are known to create concerns such as strange noises and odors as they age. It’s a sign that something is wrong with your heat pump if it’s blowing cold air in your house all winter. To assist you in determining if it’s time for heating repair in Sarasota or replacing your heat pump, we have listed a few factors. We’ll look through usual life cycles, seasonal energy efficiency ratings (SEER), repair expenses, and the cost to replace a heat pump from heat pump service in Sarasota.
- The Cost of Replacing a Heat Pump
Depending on the manufacturer and model, a heat pump replacement might cost anywhere from $5,000 to $7000 for heat pump service in Sarasota. In general, investing in a new energy-efficient heat pump may save you money on your monthly energy bills. In addition, the latest systems on the market are designed to provide excellent ventilation in both winter and summer.
- The Life Cycle of a Heat Pump
The average heat pump has 10 to 12 years, depending on how well it is maintained. It is not a good idea to repair a heat pump that is more than 12 years old. While you may be able to restore heat pump operation momentarily, it’ll only be a matter of time until other parts and components fail. We recommend replacing your heat pump if it is more than 15 years old.
- The Energy Consumption of a Heat Pump
Unlike a furnace or central air conditioner, a heat pump is required to provide warm air in the winter and cold air in the summer. Since it performs a challenging task, your heat pump will not last 30 years. Furnaces that survive more than 30 years only work for roughly half as long as a heat pump.
We typically tell folks that the good news is that a 12-year-old heat pump is still working. On the other hand, the bad news is that heat pumps efficiency decreases as it gets older. Even if an old heat pump can be repaired, it will continue to use a lot of energy each month. As a result, your energy expenses will increase overall.
- Analysis of SEER Ratings
A SEER rating is used to determine the efficiency of your heat pump system throughout the winter and summer seasons. To calculate the SEER rating, you must compare the amount of cold air generated by the heat pump system during the summer season to the total amount of electricity it uses in Watt-Hours. The SEER rating of a contemporary heat pump typically runs from 13 to 25.
On the heat pumps side, the SEER rating is usually visible. If the number is higher, the heat pump will be more efficient. Your 15-year-old air conditioner is likely just 10 SEER.