Consider a split system heat pump if you’re in the market for a new home central system. An explanation of a split system heat pump is provided here.
Efficiency is currently the main area of innovation. Maryland residents and business owners constantly search for ways to improve their life’s efficiency because time and money are scarce resources. Efficiency in the HVAC industry has a name now: the split system heat pump, a system that guarantees maximum efficiency. So how do they work?
These cutting-edge HVAC products can provide the cooling you need in a sweltering environment. When the temperature drops, they can also operate in reverse to generate the required heat. For more information on a split system heat pump, please read this article.
- Why Do Heat Pumps Have Defrost Systems? How Does It Work?
- How Much Does a Heat Pump System Cost?
- Hybrid Heat Pump System: Are They Right for Your Home?
What is a Split System Heat Pump?
The majority of people are familiar with air conditioners. You are aware that the house cools down if the thermostat is lowered, regardless of whether you have a window unit (yikes) or a sophisticated central system. That’s because the refrigerant cycle inside the air conditioner is moving heat out of your home.
The only difference between a split system heat pump and a regular air conditioner is the ability to reverse the refrigerant cycle.
So, instead of just taking the heat out, a split system heat pump can bring the heat back inside when the weather turns colder. A homeowner can effectively control their home comfort thanks to this versatility.
How Does a Split System Heat Pump Work?
An air conditioning system with an air handler/evaporator coil inside and a condenser that is set up as a heat pump outside is known as a heat pump split system.
Air flowing over the coil in the outside unit causes the freon gas to absorb heat. By passing through the compressor in the outdoor unit, the gas is heated to temperatures of more than 140 degrees Fahrenheit. The heated gas passes into the indoor coil via the copper piping. The heated air is forced through a grill by the fan located in the indoor unit.
The hot air that comes from the grill passes through the coil that is housed in the indoor unit. The heat from the gas travels through the coil’s metal while it is still in the copper piping.
The heat from the coils is transferred to the home’s heat ventilation ducts by the air from the fan as it passes over them. In essence, the split system heat pump is an air-conditioning unit that reverses the cooling process in order to warm the inside air of a home.
The indoor unit’s coil is used to transfer heat throughout the house. The heat from the hot air passing over the coil is absorbed by the Freon gas. The air inside the house is cooled and dehumidified. The copper piping in the outdoor unit’s compressor receives the heat from the freon gas.
The Freon gas then passes through the coil after going through the compressor. The outside unit’s coil in turn transfers the heat to the surrounding air.
A Split System Heat Pump Can Save You Money
Most Maryland residents require effective winter heating and dependable summer cooling. However, they also typically have a few months yearly when they need both. The temperature can swing back and forth between oppressively warm and bitterly cold during the spring and fall.
With just a split system heat pump, many homeowners can survive the winter. Customers in Maryland’s hot and cold climate will benefit from a heat pump.
The majority of heat pump systems are split systems, but they can also be a part of a package or self-enclosed system where every component is housed inside the same protective casing.
Conclusion: a Split System Heat Pump
A split-system heat pump is a device that uses a network of vents, pipes, and other parts to move heat from one place to another. It operates in a manner akin to a typical central heating system.
As opposed to packaged heat pumps and traditional HVAC systems, ductless split system heat pumps redefine efficiency by doing away with the ductwork.
What is the Difference Between Heat Pump and Split System?
Heat pumps are more energy-efficient because they transfer heat rather than produce it. Because they are electrically powered, heat pumps use less fuel than conventional split systems. With automatic heat and cool controls, split systems enable individual room manipulation and continuous adjustment.
How Do I Know If I Have a Heat Pump Split System?
From your thermostat or control system, turn the “heat” ON. When you feel the heat coming from your return vent, go outside and look at that metal cabinet. If it is operating and you don’t pay a gas or propane bill, you most likely have a heat pump!