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It is the middle of the afternoon on a hot July day. You remember turning your air conditioning on this morning, but now you suspect the temperature in your house is rising. You run to check the thermostat in hopes that maybe you are just having a hot flash or had been working too hard on your tasks around the house, only to find your hopes dash. The thermostat has crept up five degrees over what you had set it for, or worse yet, the thermostat shows nothing. Sweat drips down your forehead and dollar signs flash before your eyes when you think of you’re a/c not working. Now what? Before you panic and call the HVAC service technician, there are a few things to check on your own. 1. Check the Power to your Home It may seem simple, but many HVAC service technicians have been called to homes for a case of an air conditioning outage, only to find that there is no power to the entire home. This is embarrassing and expensive to the homeowner. Check this potential issue first before doing anything else. 2. Check the Air Filter Air filters on your HVAC unit should be changed

The U.S. Department of Energy has estimated that as much as 30% of energy in a home is wasted because of drafts. However, there are a few fixes that you can accomplish yourself that can cut down on this and make your home more energy efficient. One way is to use the old fashioned draft snake to keep cold air from entering your home or warm air from escaping under the door. The old snake at the door is a great solution, but there are some even better ideas that will go a lot farther in creating a warmer climate indoors when the weather is cold outside during long winter months. One of the best ways to add to the energy efficiency of your heater is to have regular heater maintenance performed each year. Your professional HVAC service company can schedule this for you and that way there will be no need to worry that everything is all set when outside temperatures begin inching their way toward the freezing mark. Heating service will also increase the efficiency of this appliance. If you are thinking about new heater installation, this is a good time to discuss that with your HVAC contractor.

Summertime brings hot days and higher energy bills for most home owners. The electricity used to run air conditioners in our homes consumes up to 15 percent of all the energy used in the home, according to the U. S. Energy Department. In hotter parts of the country, an A/C unit consumes much more to cool the house. There is no doubt that air conditioning contributes greatly to Home Energy Costs. Some homeowners think the only solution for reducing air conditioner energy use is to raise the temperature setting on their thermostats and live with a warmer indoor climate. Though that does save some money on electric bills, it is not the most effective answer. Consider this information from the New York Times. Central A/C units use around three kilowatts of energy per hour. Window units use 1.2 kilowatts per hour. Ceiling fans, however, only use a scant 30 watts of energy per hour. Think of the energy savings to be gained from using ceiling fans to cool the home. Now look at the cost of that energy use. Central A/C units cost approximately 36¢ per hour to run, based on their energy use. Window units cost 14¢ per hour.

With the sizzling summer temperatures taking over much of the United States, air conditioning sales and air conditioning repairs have surged. Though, people enjoy the outdoors, swimming, and the sports of July and August, nothing beats running into a nice, cool, air conditioned room. From the over 100 degree New York temperatures, to the San Fernando Valley of California blazing summer heat, residents are flocking to their local air conditioning repair shops and researching ways to stay cool. Air conditioning service technicians, A/C installers, and commercial air conditioning high-end experts, stay ready and equipped to bring in the cool temperatures, in every circumstance, and with some helpful tips included: Keeping your A/C unit running at peak performance during the summer months requires regular air conditioning maintenance and a simple thermostat bump up to 75 degrees. This minor adjustment allows for a cool down and results in savings.

Power outages and fluctuations cost the U.S. $30 billion in productivity annually. But there is protection from an unexpected power outage for the average homeowners: adding automatic power generators to their total heating and cooling systems. The Automatic Home Standby Generator from Carrier is more convenient and more powerful than retail portable generators, offering homeowners the ability to restore power and maintain a relatively normal routine during power outages. Unlike portable generators that must be refilled with gas, using up to 400 gallons over a two-week span, the Automatic Home Standby Generator is powered by natural or LP gas and is permanently fixed outside the home. When power outages occur, the system automatically senses loss of electricity and restores power to the selected circuits in about 30 seconds. The Carrier generator enables the continuous operation of vital equipment in the home powering up to 12 circuits. Now, during power outages a resident can enjoy a safe, comfortable and inhabitable home without any interruption of service from electrical appliances like heating and cooling systems, refrigerators and freezers, TV’s and much more. Give us a call for more information!

Millions of people live in houses where the primary source of heat comes from the boiler. This type of heating system accounts for over 60% of what you spend every year on energy bills. Over time, your boiler can get filled up with deposits and sludge. Most breakdowns occur in the winter when boilers – having been inactive for long periods – are forced back into life. Common boiler problems include drips and leaks, weird noises, loss of pressure, and misreading temperature setting. How Important Is Boiler Cleaning? Regular maintenance will extend the life of your boiler and improve its efficiency. Cleaning the boiler regularly is the best way to prevent the problems of scale and corrosion. Research indicates that energy costs can increase greatly if the efficiency of this heating system is affected by insulating deposits. Poor boiler cleaning will result in efficiency loss or energy losses. If only 3/100 of an inch of soot is deposited on the tubes, the efficiency of your boiler will drop by over 2.5%. That is $1250 per every $50,000 spent. Water impurities will leave solid deposits as steam evaporates. Boiler explosions were common until people learned how to regularly clean their boilers. Proper cleaning