From the chill of a Jersey winter season to the hot and humid "dog days" of summer, Comfort Solutions Heating & Cooling LLC is here to keep your home cozy and comfortable with furnace, air conditioner and heat pump repair, maintenance and installation services. Our extensive HVAC experience means we have the knowledge required to service any make and model of gas and electric equipment.
We're experts at helping our customers stretch their hard earned dollars the right way on an HVAC systems that will last. We keep your best interests in mind! Avoid spending money for equipment you don't need. Come to Comfort Solutions for honest advice backed by knowledge and experience. Give us a call and you will be glad you did!
We're experts at helping our customers stretch their hard earned dollars the right way on an HVAC systems that will last. We keep your best interests in mind! Avoid spending money for equipment you don't need. Come to Comfort Solutions for honest advice backed by knowledge and experience. Give us a call and you will be glad you did!
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A gas furnace is the most common way to keep a home cozy warm when our beaches turn cold during a South Jersey winter season.
Gas furnaces use natural gas (inexpensive) or propane (more expensive) for homes in rural areas that don't have access to natural gas.
If you understand the basics of heating and air conditioning, you know that keeping your home comfortable involves moving heat energy.
An air conditioner moves it out, and a furnace moves it in.
A furnace adds heat energy to the air inside your home by heating a metal "heat exchanger" with a gas fueled flame.
Gas furnaces use natural gas (inexpensive) or propane (more expensive) for homes in rural areas that don't have access to natural gas.
If you understand the basics of heating and air conditioning, you know that keeping your home comfortable involves moving heat energy.
An air conditioner moves it out, and a furnace moves it in.
A furnace adds heat energy to the air inside your home by heating a metal "heat exchanger" with a gas fueled flame.
An air conditioner sits outside the home and compresses a gas called refrigerant.
Why?
Because the gas is pumped from inside where it has absorbed heat energy from your indoor air.
When the air conditioner compresses the gas, it condenses down to a chilled liquid as heat energy is dissipated into the air outside.
Home indoor comfort is about one thing: moving heat energy.
During a hot and humid Jersey Shore summer, you want heat energy moved out of your home.
So as the air conditioner chills the refrigerant, it is pumped back inside to the indoor coil.
Why?
Because the gas is pumped from inside where it has absorbed heat energy from your indoor air.
When the air conditioner compresses the gas, it condenses down to a chilled liquid as heat energy is dissipated into the air outside.
Home indoor comfort is about one thing: moving heat energy.
During a hot and humid Jersey Shore summer, you want heat energy moved out of your home.
So as the air conditioner chills the refrigerant, it is pumped back inside to the indoor coil.
A heat pump looks and works just like an air conditioner in the summer by compressing and chilling the refrigerant that is used to cool your home.
The difference between an air conditioner and a heat pump is that during cold weather a heat pump can also heat your home by reversing the cooling process.
Cooling your home happens not by by blowing cold air inside.
It happens by removing heat energy from the air.
The heat energy is dissipated outside.
So in the winter, a heat pump works in reverse by extracting heat energy from outside air, and dissipating the heat energy to you indoor air.
The difference between an air conditioner and a heat pump is that during cold weather a heat pump can also heat your home by reversing the cooling process.
Cooling your home happens not by by blowing cold air inside.
It happens by removing heat energy from the air.
The heat energy is dissipated outside.
So in the winter, a heat pump works in reverse by extracting heat energy from outside air, and dissipating the heat energy to you indoor air.
Our Power Vent (TTW) models are power vented for positive exhaust.
They offer greater installation flexibility with the ability to vent through a wall or roof, with either 2" or 3" PVC, ABS or CPVC pipe.
They offer an increased amount of hot water available at a usable temperature in less time than normal.
Our line of upright electric models features the power of the Hydrojet Total Performance System and the convenience of electricity.
Available in single and double element models, these water heaters give you the power you need to heat water with electricity.
They offer greater installation flexibility with the ability to vent through a wall or roof, with either 2" or 3" PVC, ABS or CPVC pipe.
They offer an increased amount of hot water available at a usable temperature in less time than normal.
Our line of upright electric models features the power of the Hydrojet Total Performance System and the convenience of electricity.
Available in single and double element models, these water heaters give you the power you need to heat water with electricity.
Before you pick a noncondensing tankless water heater to save money, check out the total costs.
More output for the money.
With high efficiency condensing technology, NPE-S units deliver more BTUs where it counts, resulting in greater flow rates than comparable units.
Lower installation costs for you.
You can typically install a NPE-S in half the time of other tankless units - usually within 4 hours, with more flexibility and lower material costs.
More output for the money.
With high efficiency condensing technology, NPE-S units deliver more BTUs where it counts, resulting in greater flow rates than comparable units.
Lower installation costs for you.
You can typically install a NPE-S in half the time of other tankless units - usually within 4 hours, with more flexibility and lower material costs.
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