Yes, and arguably more attention than you would expect. Heating runs less often here, but that is exactly the problem: components sitting idle for most of the year are more likely to fail the first time they are asked for full load. When a cold front moves through, dependable heat matters for comfort and for safety.

Almost certainly a heat pump with auxiliary electric heat strips. It is the same outdoor unit that cools your building in summer, reversing its refrigerant cycle to move heat indoors instead of out. Most East Central Florida properties have no furnace at all, though we service furnaces where they exist.

Systems under ten years old usually benefit from targeted repair when the failure is isolated to a component. Older equipment with repeated electrical or component failures is often better served by replacement. We evaluate condition and repair history and present both paths with their costs rather than pushing the larger job.

Fall, before the first cold front. Routine inspection identifies electrical issues and component wear before colder weather arrives, which is far easier than competing for a technician during the two days when everyone in the region discovers their heat is out at once.

Yes — office buildings, restaurants and retail, medical facilities, multi-family housing, and commercial heat pump systems. That includes system diagnostics, auxiliary heat verification, electrical testing, and coordinated replacement scheduling when aging equipment becomes unreliable.

Twice a year is ideal, because a heat pump is the one piece of equipment doing both jobs — cooling all summer and heating in winter. That means roughly year-round runtime and wear on both sides of the system, so a spring and a fall visit each check things the other cannot.