Air conditioner manufacturers generally build dependable, high quality products. If it seems that your air conditioner isn’t keeping up with cooling demands then there are some things you should do before you call an a/c technician.
In order for your air conditioner to meet cooling demands efficiently, the home should be buttoned up; make sure that all of your doors and windows are closed. If not, then you are cooling the great outdoors as they say.
Your a/c uses your furnace fan to move air through the home. That means that it is pulling air through the furnace filter during the cooling season. If the filter is plugged, air flow will be restricted. Two things are going to happen, you won’t get sufficient air movement and the demand will cause the system to work harder.
Speaking about sufficient air movement, make sure all of the duct registers are open. Closing the ducts ultimately backfires that will restrict air flow and the system may not be able to keep up. Don’t be tempted to close ducts in areas that aren’t in use to save money. These rooms will become warmer and the return air from the room will be sent back to the a/c system where demand will be even higher and to make cool air and likely cost you more in the end.
If you allow vegetation to grow into the condenser unit outside that will restrict air flow. The condenser unit moves a ton of air, make sure that the coils and fins are clean. Remember, the coils and fins are delicate and damaging them may cause adverse conditions, if you’re not sure that you can clean them have a Pro do it. When filters and air conditioning coils to become dirty, the air conditioner will not work properly, and the compressor or fans are likely to fail prematurely.
When it comes to the bigger problems like refrigerant leaks, control failures, poor electrical connections, corrosion, and sensor problems it is time for a technician to come to your rescue. Anytime your air conditioner fails or you suspect something is mechanically wrong, contact a professional to help you diagnose the problem.
There is a surplus of unused shipping containers sitting on docks around the world. The reason being is that it’s likely that it’s cheaper to send goods in new containers than to co-ordinate and ship a used one back for redeployment.
In areas where wood framing materials are scarce, it makes sense that it is cheaper to use a converted shipping container for a similarly scaled structure out of wood framing. The result is a wave of awareness that the containers can be repurposed into a home, studio or a plain old storage shed.
While there have been plenty of attractive and innovative examples of modular shipping container homes, their set size is typically their largest shortcoming. With the help of the internet and a CAD program, the talented and resourceful DIY’er can design every last detail of an ISO shipping container right down to the millimeter.
For those that desire the help of a Pro, we have companies right here in Kelowna that furnish container homes that are CSA approved for installation anywhere in Canada. Once converted, locally made container homes feature doors, windows, insulation, vinyl panelling, lighting, heating, air conditioning, ventilation, and data hookups. Once inside, you’ll find modern plumbing, water-heaters, three-piece bathrooms, kitchen, and living spaces.
Home inspections take me into neighborhoods throughout the valley. More and more I’m seeing containers converted into cabins, offices and workshops. It’s safe to say that in rural areas homeowners themselves are the ones that work on and improve their homes. In order to custom build his home himself, Terry set up with a dedicated shop. A used container was a great start. The story goes that the Regional District didn’t like the looks of Terry’s sea can at the end of his build and gave him an ultimatum. Well, with all of the love that came out of Terry’s shop, he finished the exterior and gave the container a home of its own.
For the most part, construction techniques used to build today’s home have pretty much arrived. One emerging technology, geothermal heating and cooling, is sure to change the way we heat and cool our homes forever.
When you buy a home that incorporates a geothermal system, you will own a home that uses renewable energy. Geothermal systems promise tremendous savings over the long term as compared to such traditional sources of energy and you will have the peace of mind that you are a front runner of environmental sustainability. There is plenty of geothermal energy; it is always available, right beneath your feet!
How does geothermal work?
Simply put, geothermal systems move heat from one area to another. When you require heat, the geothermal system extracts heat energy from the ground, and moves it into the home. The exact opposite happens when you want to cool your home, with a flick of a switch; the geothermal system extracts heat energy from the air in your home and moves it into the ground.
At the heart of the system, inside your home, is a ground source heat pump. A series of fluid-filled underground pipes called a “loop” absorbs stored heat from the ground to the heat pump where it is converted into warm or cool air for your home.
The heating cycle
In the heating cycle, the refrigerant fluid in the loop absorbs heat from the underground and brings it to the ground source heat pump in the house. The ground source heat pump then heats the refrigerant fluid and sends it to a radiator of sorts. Air is blown through the radiator and then through the ductwork in your home to each room of the house.
The cooling cycle
The cooling cycle is basically the reverse of the heating cycle. The direction of the refrigerant flow is reversed. The ground source heat pump takes the heat from the air in the house and eventually transfers it directly into the ground.
Why use the ground for energy?
Outdoor temperatures fluctuate with the changing seasons but underground temperatures don’t. Four to six feet below the earth’s surface, temperatures remain relatively constant all year-round. A geothermal system capitalizes on these constant temperatures to provide “free” energy.
The ground represent a vast reservoir of renewable thermal energy stored from the sun. Geothermal energy is estimated to exceed all other energy sources combined by more than two thousand times.
At depths below 8 to 10 feet (2.5 to 3 meters), the earth's temperature remains at or near the average annual air temperature above. For every unit of electrical energy used by a ground source heat pump, a well-designed geothermal system can provide three to four units of heat energy to the building. This represents efficiencies of 300% to 400%. That means one unit of electricity produces up to 4 free units of energy from the ground.
Clean energy. No fossil fuels.
Unlike traditional ordinary systems, geothermal systems don’t burn fossil fuel to generate heat; they simply transfer heat to and from the earth to provide a more efficient, affordable and environmentally friendly method of heating and cooling. Typically, only a small amount of electricity is used to operate the unit’s fan, compressor and pump.
By their very nature, geothermal systems are environmentally friendly. Geothermal systems reduce the need to extract, transport, and burn fossil fuels, and require less generation and transmission of electricity than traditional heating and cooling systems. This translates into a direct reduction in the emission of pollutants and greenhouse gases and geothermal systems have none of the risks associated with carbon monoxide and open flames.
In short order, a geothermal system will pay you to own it
Because of their exceptional efficiency, geothermal systems are substantially less expensive to operate than tradition natural gas or electric resistance heating systems. “Annual energy savings for homeowners can be reduced from 30 to 70% in heating mode and 20 to 50% in the cooling mode compared to conventional systems” - Natural Resources Canada. The simple payback (the period of years before the savings in annual operating costs exceed the initial premium of an installation) ranges from 3 to 12 years. After that, it’s money in your pocket.
During home inspections it is not uncommon to see the odd example of a small scale flood. It's good that most people are aware of water stains and what they can represent, but often the type of staining is misunderstood. It's pretty safe to say that most people think of water supply piping failure when they see a localized stain. Often that's not the case when a flood occurs, usually flooding happens on the waste side of the plumbing system or because of our activities like watering plants or maintaining a fish tank.
Q. We have a 100 gallon fish tank and have woken up more than once to find the filter pump to have pumped most of the water on to the floor. How should we clean the mess up?
A. Well, the good news is the source flooding stops as soon as you turn off the pump.
Now, it's time to move quickly to mitigate the water damage. Water damage can be more than just destructive, it can transform into unwanted mold and not the good kind that makes penicillin or yoghurt.
In some scenarios, you may have to pull up any carpets (wall to wall and area rugs) and under padding. You may be able to save the carpet if you get it cleaned and dried out in time, but it’s unlikely you’ll be able to save the under padding, which acts like a sponge and absorbs a lot of water.
Get rid of the water.
There are several ways to get rid of the water. Use old towels, buckets and mops to soak up as much water as possible. A wet/dry vacuum can be used too. (Note: be very careful to plug it into outlets far away from water.) Don’t use an extension cord as the connection could also short out and give you a nasty shock. Water and electricity don’t mix! Getting rid of all the water and drying out the area is the most important thing you can do to prevent mold growth.
Dry out the affected area.
Once you’ve mopped up all the water, use fans to help dry out the area. Open your windows or use a dehumidifier to help dry out the area. There is a possibility that you’ll probably have to cut away the areas of drywall that were touched by water as the drywall will crumble and the paper backing is a good source of food for mold. If you have baseboard trim, take it up first, and if it’s made from pressboard it will likely not be salvageable. If it was wood, you might be able to save it.
After the area has dried out, including wood beams, insulation, drywall, etc., use a good wood preservative to prevent the possibility of mold growing. There are a number of commercial products available, don't use bleach as it will not penetrate the wood sufficiently.
Read more About the House - Hugh Cairns articles
- It’s pooltime! Jun 15
- Gutter add-ons Jun 8
- Electricity theft Jun 1
- Additional inspections May 25
- Four types of maintenance May 18
- Baseboard thermostats May 4
- Diamond in the rough Apr 27
- Finished grade level Apr 20
- Home buying seminar Apr 13
- Be careful out there Apr 6
- The odds are stacked Mar 30
- New home inspections Mar 23
(Click for RSS instructions.)