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Buyer’s Guide to HVAC | West Coast | BG | HVAC | Buyer’s Guide
West Coast Heating and Air Specials

Informed Homeowners

There are things you can do as a homeowner to improve the efficiency of your HVAC system and create a lesser impact on the environment. According to the U.S. Department of Energy, “taking actions to keep your home cool and switching to a high-efficiency air conditioners can help reduce energy use for air conditioning by 20 to 50 percent.”


The most effective way to keep cool on hot days while also keeping costs and energy usage low is to use ventilation. By opening up multiple windows in your home, a cross-wise breeze can be created from wind keeping you cool.

Fans can be used in addition to opening windows in order to increase cooling. Another option for more effective ventilation is to have a professional install whole house fas. These types of fans pull fresh, cool air in through windows and push hot air through openings in a home’s attic and roof.


There are many ways a home can be insulated in order to keep cooled or heated air. Attics, walls, and seal cracks and openings can be insulated with batts and blankets made of fiberglass, rockwool or cotton, loose-fill fiberglass or cellulose, structural insulated panels (SIPs) made of polystyrene or polyisocyanurate, or spray foam made of open-cell or closed-cell polyurethane.

In addition, ensure that your air ducts are sealed so that no air can leak out, wasting both money and energy. Be sure to seal windows and doors as well in order to prevent heated or cooled air from escaping. Energy-efficient window coverings can also be used to prevent heat from entering a home or to keep heat in during the night.

Types of Air Conditioners


Designed to cool the entire house; a large compressor located outside of the house fills an indoor coil with air, then the coil uses refrigerant to cool the air.  This cooled air is then distributed throughout the house via air ducts and vents.

LIFE SPAN: 15-20 years

COST: $$$

PROS: Quiet, convenient, and efficient

CONS: Installation can be expensive if your house does not contain air ducts


A very popular cooling system that can consist of a window unit or a portable, electric air conditioner

LIFE SPAN: 10-15 years


PROS: Inexpensive

CONS: Can easily be installed improperly causing inefficiencies in cooling


Mounted on a wall and can provide both heated and cooled air without duct work

LIFE SPAN: 12-15 years

COST: $$$$

PROS: Highly efficient and easy to install

CONS: More expensive than central air for homes that already have air ducts


Also called “swamp coolers”; are good for areas with very dry air because they pull outside air in through moist pads and the air is then cooled through evaporation

LIFE SPAN: 15-20 years

COST: $$

PROS: Cheaper to install and run than a central air conditioner

CONS:Requires frequent maintenance and only good for areas with low humidity

Types of Heat Sources for Heating Systems


Most popular system; heats air via flames and a metal heat exchanger then blows heated air through air ducts

FUEL TYPES: Natural Gas, propane, oil, electricity

LIFE SPAN: 15-30 years

COST: $$ to $$$$ (depends on fuel type)

PROS: Inexpensive and efficient (depending on age and type of system)

CONS: Can be loud


Heats water via a flame and then distributes the water or steam through pipes to the rest of the house

FUEL TYPES:Natural Gas, propane, oil, electricity, biodiesel blends

LIFE SPAN: 15-30 years

COST: $$ to $$$$ (depends on fuel type)

PROS: Easier to heat only certain areas of home

CONS: Expensive to install, requires minimum temperature to prevent pipes from freezing


Pulls heat from the surrounding air (or earth in the case of geothermal systems) to warm the home (can also be used for cooling)

FUEL TYPES: Electricity, geothermal energy

LIFE SPAN: 15 years

COST: $ to $$ (depends on fuel type)

PROS: Can provide both heating and cooling capabilities; inexpensive in the long term

CONS: Some types can be expensive to install


The sun heats a liquid or air in a solar collector and then stores the heat to be distributed throughout the home

FUEL TYPES: Solar energy

LIFE SPAN: 20+ years


PROS: Inexpensive to operate

CONS: May require a second heating source


Also called electric resistance heating; usually not a permanent fixture, converts electricity into heat

FUEL TYPES: Electricity

LIFE SPAN: 20+ years

COST: $$

PROS: Inexpensive in short term and high efficiency

CONS:Expensive to run over long periods and can only heat small areas at a time

Types of Heat Distribution for Heating Systems


Most common type; uses air ducts and vents to distribute heated air throughout the house

COST: $$$

PROS: Can also be used for cooling

CONS: Can distribute allergens and is expensive to install


Hot water or steam is run through the pipes of a radiator which warms the air

COST: $$

PROS: Easy to install and use, does not distribute allergens

CONS: Cannot be used for cooling


Run through walls, ceilings, and floors to distribute heat to the surrounding area

COST: $$ (for homes being constructed) to $$$$ (for existing homes)

PROS: Does not distribute allergens

CONS: Can be expensive to install and repair


Heats air via hot water in pipes from units located throughout the home

COST: $$

PROS: Can allow close temperature control, do not distribute allergens

CONS: Limits placement of furniture and can be slow to heat a space


Heats only one room at a time by releasing heated air from the top and pulling cooler air to the bottom of the unit


PROS: Quiet and low maintenance

CONS: Limits furniture placement and can be damaged easily

Have any further questions? Contact us!

Information taken from the U.S. Department of Energy websiteSmarterHouse, and Heating Green.