Pros and Cons of 3 Popular Heating Systems Used by Edmonton Homeowners

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Home heating, in the midst of a frozen Edmonton, Alberta winter, will cost a king's ransom. Given that Edmonton home owners utilize 80% of their total monthly fuel and power for space and water heating alone, it's a good idea to discover your alternatives, in addition to the benefits and negatives, before selecting a heating system. By seeking the home heating system that best suits your unique needs, you'll be in a position to achieve an economical price while ensuring your comfort level is of the highest quality.
Standard equipment for a heating unit (e.g., furnace or boiler), consists of an instrument intended for circulating the heat (e.g., ducts, registers, pipes), and thermostats that control the indoor climate. In a a small number of cases, space heating units such as electric baseboard heating do not demand costly duct work.
It is no secret that energy-efficient heating and air conditioning systems use a lot less energy and are much better for the atmosphere. In addition, the sort of energy your heating system uses has a direct effect on how much it will cost you to heat your house. For instance, just about 95% of gas-rich Alberta householders heat with natural gas. According to Statistics Canada, Alberta homeowners shell out around 30% less for natural gas than other families residing in other provinces.
Selecting the Exact Sized Edmonton Heating System
Making a decision on the right size of heating and air conditioning equipment for your home is not an easy job. The combination of multifaceted heating equipment and well insulated homes means that a boiler or furnace does not demand as much fuel and electricity as previous ones. To decide the precise size, you need a trained HVAC contractor to assess the heat/loss in your residence.
Below are some choices for residence heating systems...
1. Forced Air Heating System
Forced air is by far the most preferred heating equipment in Edmonton. Approximately 90% of Edmonton houses use a central forced air system to distribute warm air. Forced-air systems consist of a furnace with a fan to heat and distribute air, supply ductwork to take temperate air to each room, return ductwork to pull cool air back to the furnace, and a centrally placed thermostat for controlling the operation of the furnace.
Advantages of forced air heating systems include their lower price and fast heating aptitude in the wintry weather and cooling execution in the summer months. In addition, with a forced-air system, a/c is easy using the same ducts, and it's simple to humidify and filter residence air.
Drawbacks range from the vast space required for the ductwork and, because of the air blowing out from the vents, it can at times feel drafty, and the moving air can include allergens. As well as, the loud furnace fan can be irritating.
If your furnace is 10 to fifteen years old, the annual fuel utilization efficiency (AFUE) is probably only 60 to 65 percent. This means that you are squandering up to forty pennies for every loonie spent on fuel. Even if your present furnace is still operating sound, it may be time to have a look at stepping up to a high-efficiency component.
If you are truly considering a furnace replacement, high efficiency or condensing furnaces achieve a ninety to 98 percent AFUE. Through the method of transforming fuel into heat (combustion process), the condensing furnace removes so much heat that you could actually touch the vent/flue without burning your hand.
On December 31, 2009, the Canadian government implemented a minimum energy performance standard for gas furnaces. All furnaces put on the market as of that date have to be high efficiency furnaces. It does not affect your current furnace.
2. Electric powered Heating system
While electric heat is the next common choice in Canada, not many Edmonton houses use them due to the greater electricity costs in relation to natural gas.
Electric baseboards rely on the movement of warm air, referred to as convection, to circulate heat while ceiling heating equipment depend upon heat waves, also referred to as radiation. Since electric heating fully eradicates burning problems and chimney losses, they are regarded as 100-percent efficient.
For house owners, the chief attraction to this sort of heating system is the low initial cost of the equipment, which makes them a preferred alternative for supplementary heating. Having said that, they use a lot of electricity, plus they may be a fire hazard if not implemented right.
3. Hydronic (Liquid) Heating Equipment
Hydronic home heating appliances heat fluid (water together with glycol) in a boiler fueled by natural gas, oil, electricity, propane or solid fuel. Soon after heated, the liquid circulates through loops of plastic piping underneath the floor, along baseboard heating units, or through radiators to heat your house.
Hydronic in-floor radiant heating systems supply even and regular heat from the floor across all rooms. Even if the system turns off, it continues to produce warmth. (Note: radiant home heating is the effect you feel from the warmth of the hot sun.)
Another advantage of radiant home heating is that it uses up considerably less space than forced air equipment. Forced-air equipment distribute warm air through ducts, which are much bigger than the pipes necessary to move around liquid. As well, hydronic home heating equipment may be used to heat water for cooking food, laundering and showering.
Alongside warm floors, hydronic equipment is less noisy than forced air systems as there is no fan or blowing air. There could also be better quality of air as they simply never blow particles and contaminants in the air around in your home. This really is the reason why infrequent changing of filters in forced-air equipment can be detrimental for your loved ones.
Main trouble with radiant heating is that it's not a full heating, ventilation and air conditioning (HVAC) system. Should you need central ac or ventilation, you will have to install additional equipment, which adds to the total price.
Canadian residential gas boilers available nowadays absolutely need an AFUE rating of at least 80 percent. To qualify for the ENERGY STAR symbol, boilers require an AFUE rating of 85% or higher. Condensing boilers having a secondary heat exchanger have an AFUE of up to ninety five percent.
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