In this category, you can find all the content about heating
Heat pumps are energy-efficient heating and cooling systems that work well in a wide range of temperatures. However, their effectiveness can vary depending on the specific type of heat pump and outdoor conditions. Here’s a summary of when heat pumps may become less effective: Related: Heat Pumps vs Air Conditioners Heat pumps will even work … Read more
Auxiliary heating turns on automatically and for shorter durations when temperature fall below 35 degrees and the heat pump cannot extract enough heat from the surrounding. Emergency heating must be turned on manually and should only be used during emergencies (when the heat pump fails). Auxiliary Heating Emergency Heating To understand the differences between auxiliary … Read more
Auxiliary heat is a supplemental heating system commonly found in heat pump systems. It is designed to assist the primary heat pump when outdoor temperatures drop significantly and the heat pump alone becomes less efficient in heating the indoor space. When auxiliary heat comes on, it usually indicates that the heat pump is struggling to … Read more
EM heat, short for “Emergency Heat,” is a feature found in heat pump systems, especially in regions with colder climates. Here’s a summary of what EM heat is and when you should turn it on: What Is EM Heat? When Should You Turn On EM Heat? EM heat should be used in specific situations, such … Read more
Determining whether your HVAC system is a heat pump or an air conditioner is essential for understanding its capabilities and how it operates. Here are five ways to tell if you have a heat pump or an air conditioner: 1. Check the Outdoor Unit: 2. Review the Owner’s Manual: 3. Observe the Thermostat: 4. Temperature … Read more
Heat pumps and air conditioners are both HVAC systems used for cooling, but they operate differently and have distinct characteristics. Here’s a comprehensive guide highlighting the differences between heat pumps and air conditioners: 1. Operation 2. Heating Efficiency 3. Energy Source 4. Climate Suitability 5. Cost 6. Maintenance 7. Environmental Impact 8. Versatility Both heat … Read more