Using Gas Wall Heaters As a Cost-Effective Alternative

As a homeowner looking to cut back on heating costs, if your neighborhood has access to some sort of natural gas supply, you may want to consider using gas wall heaters as an inexpensive heat source to keep certain sections of your home's interior warm and cozy when the cold front sets in. Although not as common nowadays, they are still quite inexpensive to procure and are relatively easy to install. They continue to function even when power outages occur, and they represent a cost-effective, fuel-efficient alternative to installing central heating in your home.

Installing central heating, as opposed to using gas wall heaters, may prove to be a costly venture, especially with the absence of properly installed ducts and vents at the onset. These airway channels, as well as a central furnace, have to be professionally installed in most cases. Moreover, from an energy-efficiency standpoint, central heating systems generate considerable amounts of heat that generally go to waste if only certain rooms in your home are to be kept warm. Furthermore, there will be filters that often need to be replaced (especially if the installed system includes a humidifier), further compounding your maintenance costs.

Gas wall heaters, overall, will work faster, conserve more energy, and allow you to better manage your utility bills as they generate heat more efficiently and at a faster rate. From an energy efficiency and cost standpoint, unless you obtain your electricity from renewable energy sources, maintaining electric heating systems, for instance, may actually consume more fossil fuels and prove more costly in the long run. Efficiency ratings for power stations that utilize fossil fuels to generate electricity, by and large, are at a mere 30% - 35%, not including power transmission losses. Compare this to an 85%-99% efficiency rating for gas heaters. With high electricity costs, maintaining electric heating systems may actually be more expensive if pure heat energy conversion is considered.

There are two types of gas heaters available in the market:

Ventless gas heaters do not vent air to the exterior of the house, nor is there any need to draw oxygen - a primary component for combustion to occur - from the outside of the house. Instead, the oxygen required to fuel the combustion process is drawn from the room where the unit is situated in, with the resultant heat generated consequently radiating back into the room. Due to the absence of external air exchange - the primary reason why other heating systems lose the majority of heat they generate - ventless gas wall heaters are more efficient than other traditional heaters when it comes to generating heat. On average, ventless gas heaters operate at around 99.9% efficiency. In addition, natural gas and propane produce low harmful emissions because they burn thoroughly at a consistent rate.

Vented gas heaters, on the other hand, draw their oxygen from the outside of the house, with the resulting carbon monoxide buildup removed via exhaust pipes. Owing to this type of configuration, vented models are not as efficient when compared with ventless gas wall heaters due to the heat that is wasted.

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