Say hello to even cooling and superior comfort.
Bryant Evolution Series
Air Conditioner 187B
The ultimate in energy efficiency & comfort along with sound dampening design.Learn More
Bryant Preferred Series
Air Conditioner 126B
Keep your home fresh and cool while saving energy with this Energy Star rated air conditioner.Learn More
Bryant Preferred Series
Air Conditioner 123A
Bryant's economical air conditioner will keep you cool and comfortable every hot summer.Learn More
Bryant Preferred Series
Air Conditioner 124A
This air conditioner is ideal when space is limited and aesthetics & noise restrictions are a necessity.Learn More
Your one source for dependable, energy efficient cooling and heating.
A system that’s as efficient as it gets.
Ductless Heat Pumps
For whole home coverage. Ideal for converting from electric baseboard heat to get significant energy savings & rebates.View Models
Ductless Heat Pumps
Heat & cool 1 zone (open area) up to 1000 sq. ft. Ideal for extra rooms or a set-apart space that need increased comfort.View Models
Go green in the attic.
Solar Attic Fan
The Zephyr Series is your home ventilation solution!Learn More
Frequently Asked Air Conditioning Questions
Does a heat pump provide air conditioning too?
Yes! A heat pump takes heat from the outdoor air and sends it into your house to warm it. When it’s hot, it reverses its process and removes heat from your house to cool it. It’s a heating and cooling powerhouse.
Am I ready for an air conditioning unit replacement?
Air conditioner replacement for Northwest homes is roughly between 16-20 years. Old air conditioning units may still be running after this time, but not very efficiently. This results in energy waste and higher costs.
A common sign indicating that it’s time for an air conditioner replacement is strange noises such as popping, banging, rattling, or squealing. Like heating equipment, air conditioning systems benefit from annual maintenance, which will extend the life of your air conditioner and ensure you stay cool.
Be sure to also regularly clear dirt and leaves from the outdoor unit. This is especially true of Seattle area air conditioners where usage may last for only a few months each year.
Does a ductless heat pump provide air conditioning also?
Should I select an air conditioner or a heat pump?
There are many reasons you might select an air conditioning system over a heat pump in our region, but ultimately, it depends on your unique home and needs. For example, if you already have a high efficiency gas furnace, the energy savings you would get from adding a heat pump will not be as great as upgrading from a different heating system. In that situation, the addition of just the air conditioner would suit you best. But there are many other factors to consider, which is why our Home Energy Specialist will come to your house, do a proper measurement and assessment of your current system, and provide you with the information you need to make an informed decision.
Washington Energy Services sells, installs, and services energy efficient air conditioning systems and heat pumps. So no matter what option you select, you’ll find the right system and model to get your home cool and comfortable.
Learn more about the difference between heat pumps and air conditioners with our AC vs. Heat Pump infographic.
What types of AC units do you sell?
How does central air conditioning cost compare to room air conditioners?
Central air conditioning units do cost more, but they can cover the whole house more evenly. Individual room air conditioners can run from $200-$450 for a window AC, and $450-$600 for a portable AC. If you have a three bedroom house with a living area and separate den to cool, that could be 5 individual window or portable air conditioners– totaling up to $3000. For just a bit more you can have central AC installed.
Your specific AC cost will be based on your home’s floor plan, ductwork, square footage, and the energy efficiency or noise reduction features you choose. To get a quote for your home and learn about $35/mo financing options, please complete the free estimate form on this page or call us at 800-398-4663.
Where is the best place to install an air conditioner?
Can an air conditioner be too large?
Yes. Just like furnaces and heat pumps, air conditioners need to be sized to fit the square footage of the house and size of the ducting. This sizing is done during the appointment with our Home Energy Specialist, who ensures the equipment fits your home so you don’t overpay for a larger AC unit.
I am buying a house with a central air conditioning unit. What do I need to know?
You should also consider the age of the air conditioner. Air conditioning technology has advanced significantly over the past decade and even a 10 year old AC could be an energy hog. Newer models may save up to 30% on energy costs over the prior generation.
I have one hot bedroom on the top floor. What’s the best way to cool it?
For more information about inconsistent cooling in your house and what to do about it, check out our blog post on the subject.
EER? Tons? Condenser Coil? What does it mean? Common Terminology of Air Conditioning Explained
- BTU: British Thermal Unit. Isn’t this about heating? Yes! But it’s for cooling, too. It’s a measure of the heat extracted from your home by the equipment. One BTU is equal to the heat produced by burning a 4″ wooden match. Each unit of heat that your AC removes from the house is a BTU of cooling.
- Condenser Coil: aka the Outdoor Coil. This coil is an important part of your outdoor air conditioning unit or heat pump. It converts refrigerant that is in a gas form back into a liquid, pulling heat from your house and releasing it outside. It’s an important component of your cooling equipment and should be maintained regularly.
- EER: Energy Efficiency Rating. Measures the efficiency of your air conditioner’s energy usage. It divides the product’s BTU output by the watts of electricity used. The SEER, a related term, takes into account the EER over the course of a whole cooling season. The higher the SEER, the more efficient the system is at turning electricity into cooling. Today’s most efficient equipment has a SEER of 17-20.
- Tons: Cooling Capacity. Your cooling system has an ability to cool a given amount of space per hour. This is expressed in a capacity figure based on cooling BTUs. One ton is 12000 BTUs/hour, meaning that the one ton system can get 12000 BTUs worth of heat out of the house. The use of the term ‘ton’ derives from the absorption of heat that people could obtain from a ton of ice before refrigerants existed. The average house will need between 2-4 tons of cooling power to provide comfortable air conditioning in summer.