Sound Heating and Air Conditioning Inc. Blog: Archive for the ‘Uncategorized’ Category

Happy New Year’s Eve!

Monday, December 31st, 2012

Everyone at Sound Heating wants to wish you a very happy New Year! We hope you have a fun (and safe!) time saying goodbye to 2012 and welcoming in the New Year!

If you are a person who makes resolutions, why not try to make your home more environmentally-friendly next year? Upgrading your heating and air conditioning system can reduce the amount of energy you need to keep your home comfortable. You can also save energy by adding insulation and sealing any air leaks. A greener home is not only better for the environment, but it also saves you money by reducing your utility bills. Contact Sound Heating to learn more about the benefits of upgrading your HVAC system.

Have a Happy New Year!

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Happy Holidays from your Tacoma Heating and Cooling Specialists!

Friday, December 21st, 2012

Everyone at Sound Heating wishes you a very happy holiday! We would like to take a moment to thank all our wonderful customers who make it possible for our business to thrive. We look forward to working with you in the New Year. Have a wonderful celebration, and enjoy this time with friends and family!

As a quick reminder, if you haven’t yet scheduled your heating maintenance yet, you could be losing money this winter. Annual maintenance will not only cut down on repair costs, but it also ensures that your home’s heating system is running as efficiently as possible, which lowers utility bills. A comfortable, efficient home is a gift that everyone can appreciate.

Happy Holidays from Sound Heating!

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Net-Zero Homes in Tacoma: An Exciting New Green Trend

Monday, October 29th, 2012

 

A net-zero home produces renewable energy equal to or greater than the energy the home consumes from public utilities.

Net-zero homes in Tacoma are part of the broader category of “green homes”(though non net-zero homes may still be considered “green” if they incorporate recycled building materials or other green technologies).

Net-zero homes are not the same as “carbon neutral” homes. Carbon neutrality can be attained for any home by purchasing carbon credits (often from geographically distant renewable energy sources) to offset the carbon emissions the home produces. Net-zero homes actually generate renewable energy on-site.

In regions of the world where homes must be heated or cooled for parts of the year, the design of a net-zero home is crucial. Net-zero homes minimize energy consumption by:

  • Taking advantage of natural elements such as sunlight, prevailing breezes, topography (for earth-sheltered building and geothermal systems), and vegetation.
  • Incorporating appropriate weatherization, insulation, and ventilation
  • Using “daylighting” such as skylights and solar tubes, high-efficiency light fixtures and bulbs, high-efficiency appliances
  • Reducing “phantom loads” of electrical power caused by electrical equipment on standby
  • Reclaiming and reusing energy whenever possible instead of venting it outside as in conventional homes; for example, in some net-zero homes refrigerator exhaust is used to heat water.

Net-zero homes also produce their own renewable power using solar, wind, hydronic, and/or geothermal “microgeneration” systems. The type of power generated will depend on climate and topography. Some net-zero homes are autonomous or “energy-autarkic” (i.e. “off-the-grid”) while others are connected to the grid and feed power back to the grid when it is not being used in the home.

While true net-zero homes generally must be specifically designed as such, it is possible to move toward net-zero energy usage for a conventional or existing home.

  • Make the “envelope” of your home as efficient as possible with appropriate insulation, weatherization, energy-efficient windows, passive solar, and ventilation.
  • Reduce energy demand by upgrading to high-efficiency furnaces (or heat pumps), air conditioning, lighting, and plumbing. Also, reduce “ghost load” from appliances on standby.
  • Add micro-generation capacity. For most North American homes, solar is the most appropriate choice, though residential wind turbines are also gaining in popularity. Some localutilities even offer assistance and rebates for installing solar.
  • If you are building a home, keep it as small as you can while still meeting your space needs.

And, the most important part of making your home as close to net-zero as possible: be disciplined about your daily energy use habits!

Give Sound Heating a call today if you have any questions about renewable energy.

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Air Conditioners and Humidity: A Tip From Steilacoom

Monday, August 22nd, 2011

Ever wonder why all of those air conditioners hanging out of people’s windows in Steilacoom are constantly dripping water on hot summer days? All they’re actually doing is disposing of the moisture they’ve removed from the indoor air. That’s right – air conditioners are dehumidifiers too.

When you think about it, it makes a lot of sense. After all, you know how much more uncomfortable 90° is when the humidity’s up around 90% than when it’s closer to 60%. Of course, some air conditioners are better at removing moisture from the air than others, so you should definitely consider how well an air conditioner dehumidifies when evaluating your air conditioning options.

Why Humidity Matters

High humidity, even at lower temperatures is uncomfortable. But there are more reasons than simple comfort to want an air conditioner that reduces indoor humidity levels. For instance, high levels of humidity promote the growth and spread of several allergens like dust mites and mold spores. High indoor humidity can also cause problems for the wood fixtures and furnishings in your home.

The Importance of Proper Sizing

Most air conditioners do a decent job of controlling humidity indoors. But depending on the severity of your problem and the typical levels of humidity in your area during the summer months, you may want to pay special attention to each unit’s capabilities when evaluating your options.

An air conditioner’s ability to maintain proper humidity levels indoors has a lot to do with how well it’s matched to the size of your room as well. An air conditioner that’s too small likely won’t get the humidity or the temperature down to a comfortable level. On the other hand, that doesn’t necessarily mean that bigger is better.

In fact, an air conditioner that’s too large for the space you’re using it to cool will have a hard time bringing down the humidity level. Sure, you’ll wind up with a cold room, but that room will remain damp, making it no more comfortable than it was before the air conditioner was turned on.

For all of these reasons, it’s important to carefully evaluate your options when buying an air conditioner and make sure that the unit you buy is the right kind and size for the area you’re cooling. A little extra time spent researching your options will make your home infinitely more comfortable this summer. If you have more questions about which air conditioner is right for you, contact your local AC contractor.

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Welcome to our new website

Thursday, April 14th, 2011

iMarket Solutions has launched Sound Heating ’s new custom website. To learn more about how iMarket Solutions can expand your presence on the web visit:www.imarketwebsitesolutions.com

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Check out our blog for the latest in HVAC technology

Thursday, April 14th, 2011

Be sure to bookmark the Sound Heating blog for updates on the latest advances in HVAC technology.

We’ll feature money saving promotions here as well.

Call Sound Heating for all your heating, hydronics, air conditioning & indoor air quality needs.

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