Heat pumps are great for our weather. We can rely on them to cool us down through our long hot season, and when we need heat for our brief winters, heat pumps also come through—and they cost less to run than a furnace. All around, heat pumps are one of the best home comfort systems available.
All that work comes at price, of course, which is that a heat pump will eventually wear down to the point where it needs to be replaced. With regular maintenance (done twice a year), you can expect to get a long service life from your heat pump. But at what point will you know it’s time to contact us to schedule a heat pump replacement in Cypress, TX? We’ll help with some important information about how to tell you’ve got a heat pump that’s on its way out.
You’re making plans for the coming summer, which will be another scorcher. You have an older air conditioning system and you think it’s time to replace it. This brings up a thought you’ve had before: why not replace the air conditioning system with a heat pump? Heat pumps are similar to air conditioners—they do the same job of cooling—but they can change the direction they work to provide heat as well. 
Heat pumps are a popular option for home comfort here in Katy because they are ideally suited to our climate: hot weather during most of the year with a short, cool winter. A heat pump works as both an air conditioner and heater, able to switch between the two modes with only an adjustment on the thermostat. During hot weather, a heat pump is as powerful as an air conditioner of the same cooling tonnage. During colder weather, a heat pump delivers heat at lower cost than using an electric furnace.
We often talk up the heat pump because not enough people know about how beneficial these systems are in a climate like the one we enjoy. As an alternative to the standard “AC and electric furnace” setup many homes in Katy and the surrounding areas have, the heat pump is excellent. Replace the old furnace and air conditioner combo with a system that provides great cooling and energy-efficient heating when needed.