5 Signs Your Heat Pump Has a Refrigerant Leak in Pound, VA

Residents of Pound, VA, rely on their heat pumps to provide efficient heating and cooling throughout the year. However, a refrigerant leak can compromise the performance and effectiveness of your heat pump. This article will explore the signs that indicate your heat pump may have a refrigerant leak.

Increased Energy Bills

Leaking refrigerant can decrease energy efficiency, resulting in higher cooling and heating bills. As the heat pump struggles to reach the desired temperature, it requires more energy to compensate for the refrigerant loss.

Hissing Sounds

Refrigerant leaks often produce hissing or bubbling sounds as the refrigerant escapes from the system. Suppose you hear unusual noises from your heat pump, particularly near the indoor or outdoor unit. In that case, it’s essential to have a professional HVAC service technician assess the system for a potential refrigerant leak.

Ice Buildup on Coils

Leaking refrigerant can cause the evaporator coil in your heat pump to freeze due to the imbalance of refrigerant. Observing ice or frost accumulating on the coils is a strong indication of a refrigerant leak.

Longer Running Cycles

Leaking refrigerant can cause your heat pump to run for extended periods to achieve the desired temperature. As the refrigerant level drops due to the leak, the heat pump works harder to compensate, resulting in extended running cycles.

Ice Buildup on the Indoor or Outdoor Unit

When a heat pump has a refrigerant leak, it can result in ice buildup on the indoor or outdoor unit. The lack of sufficient refrigerant causes the evaporator coil to become too cold, forming ice. You may observe frost or ice accumulation on the unit or notice water dripping as the ice melts.

Identifying the signs of a refrigerant leak in your heat pump is crucial for maintaining optimal performance and energy efficiency in your Pound, VA, home. Contact us at Mid Mountain Heating & Cooling to have our service technicians inspect and repair your heat pump.

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