Surviving winter with your HVAC system

Winter can be a particularly tough time of the year. Even during the Christmas cheer, the thought of having to brave the biting cold is enough discouragement to not want to get out of bed. HVAC systems help us get through these tough times. You get to wonder sometimes how the folks in the ice age got by through just fires without having a nice furnace or some other heating system circulating warmth. Since HVAC systems are so important to our survival during the cold days of winter, it is only logical that we also do all we can to get these systems working perfectly without breaking down. Being stuck with a faulty furnace on a very cold day is better imagined than experienced. Below are a couple of ways to ensure that your heating system keeps functioning properly
• Deal with the dust: The accumulation of dust is a very big threat to your system. It is capable of damaging not just the heating system but even the vents responsible for letting out collected air from interior spaces. Air filters are meant to remove most of the dust, but even these filters do get clogged by the very dust they’re meant to remove. A sure winner in keeping your heating And HVAC system generally safe is by cleaning out your filters often and changing them occasionally.
• Have the system checked out: Even without any obvious damage or faults, make it a habit to schedule frequent inspections by maintenance technicians on your system. Nipping minor faults in the bud will definitely prevent big breakdowns in the future. Prevention they say is better than cure.
• Fuel: This is a basic point but can lead to quite embarrassing situations. If your heating system isn’t dependent on electricity and makes use of some sort of solid or liquid fuel, be sure to always be conscious of your fuel levels. Running out of fuel especially during off-work periods like holidays can result in an uncomfortably cold experience until you are able to purchase some. Stocking up fuels- especially liquid at home is definitely not a good idea, so it’s better to frequently check up on your fuel levels and be sure you have sufficient to last for quite some time.
• Check the controls: While you want to stay warm on cold nights, you equally don’t want to pay excessively high energy costs; we all make occasional mistakes and it’s always quite possible that you have left your thermostat set to a temperature higher than what you require. You may not notice this early enough since you just want to feel warmth. However, over time, energy costs mount (either as electricity bills or fuel costs) additively from the subtle and unnoticeable extra heat being consumed. Occasionally checking your controls and setting the heat to just what you need to keep warm (well, maybe just a little higher) will save you quite some cash at the end of the winter season.
We do not know everything if there are other ways by which heating systems can be well used in winter, drop them in the comment box so other readers can learn. more details

Should I Replace or Repair my Air Conditioner?

Homeowners are often confused as to whether they should replace or repair their air conditioner. In fact, this is one of the difficult or rather challenging decisions you’ll have to make at one point. Many people choose to replace their HVAC unit only to realize later that the old unit still had plenty of life in it. On the other hand, there are those who decided to make repairs and maintain their old air conditioner only to realize it didn’t make any difference.

Let’s just say figuring out when to make repairs on your air conditioner and when to replace it can be tough. Remember getting rid of your old unit and installing a new one can be a pricey endeavor. In most cases, you’ll find out that you’re A/C unit can be repaired. However, there are times when you hire a technician to top off the refrigerant or make other repairs, but the air conditioner still breaks down after a short time. Here are some factors to help you decide whether to repair or replace your air conditioner.

Consider the age of your air conditioner

The first thing you must consider is the age of your tampa air conditioner. How long have you been using it? That should at least give you a clue on when to repair or replace it. Well, installing a new air conditioner costs about $5000 to $7000 depending on the unit and brand chooses as well as your location. Of course, this is exclusive of the ductwork and the contractor charges. According to technicians, multiplying the age of your air conditioner with the repair cost can help determine if you have to replace it or just make repairs. A result exceeding $5000 would mean it’s time to replace your A/C. However, if the result is less than $5000, it’s fine to repair it.

Energy Efficiency

If you’ve been keen on technological advancements in the HVAC industry, you know that the energy efficiency of air conditioners has greatly improved. It’s recommended to upgrade your air conditioner to an energy-efficient unit if it’s about 10 to 15 years old. According to experts, A/C units have an average lifespan of about fourteen years.

If you’ve been repairing your air conditioner and the energy bills seem to be increasing, it may be time to replace it. Be sure that your utility company hasn’t increased the energy rates before replacing.

Does your A/C have trouble keeping up?

Understand that HVAC units tend to lose their efficiency with time. They’re just like other machines which undergo normal wear and tear. If you realize that your A/C has to run all the time to keep up or some of your rooms still feel hot despite the thermostat settings, it’s would be best if you replaced it.

Other factors that may influence or rather affect your decision include the frequency with which you have to make repairs and if your home feels too hot during the summer season. You may need to look at the duration within which you intend to live in your house and the conditions of your utilities as well. You can determine the condition of your HVAC unit by scheduling an inspection with an experienced and trained HVAC technician.