Category: HVAC

Commercial HVAC Services

In the long term, lost energy across your operation might become a costly burden. Request an energy study from your business HVAC service provider at your next scheduled service appointment. Because you’ve already spent money on commercial HVAC services, you may want to think about whether the HVAC system you have in place in your facility is also energy efficient. It’s possible that the conditioned air in your building is just fleeing. If you have energy leaks, you might be wasting money on commercial HVAC services. Undiscovered energy leaks throughout your building may be to fault if your energy costs are consistently higher than they should be. Visit us for great deals in Anytime Heating, Cooling and Plumbing
Many energy leaks are linked to the loss of heat during the colder months. During the summer and warmer weather seasons, energy leaks may also affect the internal temperature of your building. An energy analysis may tell a lot about how effectively your HVAC system is operating and whether there are any problems with your building that are preventing it from performing at its best. An energy analysis is beneficial for identifying particular areas in your building that may need more insulation and/or sealing. An energy audit may also assist you in identifying areas where you may save money on your water and electricity bills. It’s like attempting to maintain a steady temperature in a room with a window open if your building isn’t adequately weatherized and you’re using your air conditioner or heater. If you have your heating or cooling system on during this condition, it will work considerably harder and longer to maintain a consistent temperature than if the window is closed.
By appropriately weatherizing your building, you may save a significant amount of money. When you consider the energy savings in both air conditioning and heating over time, this technique is regarded to be highly cost effective. Your business HVAC services supplier can assist you in determining the precise weatherization requirements of your facilities. A blower door may be used by your business HVAC professional to check whether your building is adequately sealed and weatherized. This test may also reveal how much air is leaking from your structure. After your building has been adequately sealed and weatherized, your HVAC specialist will utilise the blower door to check if there is any additional air escaping. Your HVAC professional may also use a range of different instruments to discover any additional energy leaks in your building. Infrared cameras, in particular, can detect temperature changes throughout your building and help you figure out where energy is flowing. HVAC ducts, along with windows and doors, are often examined and are a prime suspect in energy loss. To assist decrease energy losses, all of these places must be adequately sealed.
The majority of buildings have some kind of energy loss. Due to frequent circulation with staff and customers, the major energy losses in most commercial buildings are with doors and windows. Energy leaks may also be found in the basement joists and throughout the building’s plumbing. Keep all of your windows and doors closed when they are not in use to help minimise your energy costs and keep your HVAC system functioning properly. Consider converting to a high-efficiency HVAC system if you aren’t currently using one, since it may help you save even more money in the long term.

Landmark Air, Canberra – An Info

Heating and cooling cost are one aspect of a home that can be brought down with the right steps. Heating and cooling expense often seem to go up over the years and will take a lot of money out of your wallet over time. Landmark Air, Canberra is an excellent resource for this. One thing you should do to make a house more comfortable when it comes to heating and cooling is have more insulation. When you add vinyl sidings to your home, you will not only save money on your heating and cooling bills, but you will also give your home a new look from the outside. It’s critical to get the thickest insulation you can afford when purchasing vinyl sidings.

Finally, when it comes to vinyl siding, make sure you get a lifetime warranty. The last thing you want is to invest in vinyl sidings only to have to pay for them again in a few months. With a lifetime warranty, if anything goes wrong with the vinyl sidings or insulation, it will be replaced or repaired at no cost to you. Another thing you can do to improve a home’s heating and cooling efficiency is to replace the windows. Windows that are energy efficient in terms of heating and cooling are a little more expensive than standard windows. The good news is that the savings from being more energy efficient will pay for these windows in less than ten years. It’s also a good idea to have a lifetime guarantee on windows.

One last thing you can do to improve a home’s heating and cooling efficiency is to replace any door that leads to the outside if you feel a draught when walking past it. Making a home more energy efficient in terms of heating and cooling may appear costly at first, but it will pay for itself over time.

Contact Info

Landmark Air
8 Brassey Street, Canberra, ACT 2600
Phone No. : (02) 6189 2972

Geothermal Heat Pumps For Domestic Heating And Cooling

Earth/Ground (Geo) Heat is the literal meaning of the word geothermal (thermal). Land source heat pumps, also known as geothermal heat pumps, use the steady ground or groundwater temperatures to heat and cool your house.
A compressor-driven refrigerant loop collects heat from one side (the ground) and pumps it to your home’s heating loop. It’s exactly the same mechanism as in your refrigerator: heat is extracted from the inside of your refrigerator/freezer and rejected into your home through a compressor and refrigerant loop.Do you want to learn more? Visit  source page

The geothermal heat pump reverses its cycle in the summer. Warmth from the home is rejected into the atmosphere or ground water when the air conditioner is switched on.
The fact that these systems are not dependent on outside air temperatures makes them an excellent option for residential heating and cooling. They’ll make your house as warm on a windy, zero-degree winter day as they would on a 40-degree day. Of course, this assumes that your home is properly insulated and sealed.
Geothermal heat pumps are also highly energy efficient, consuming 25 to 50 percent less energy than typical heating and cooling systems when properly built (Source: US DOE).

Water-to-Water Geothermal Heat Pumps are a form of geothermal heat pump that transfers heat from one body to another
These devices are usually used solely for heating. They are used to keep your home warm and provide domestic hot water instead of a conventional gas or oil furnace.

It’s crucial to understand that heat pumps function best when the temperature difference between the warm source (the ground) and the heat sink is minimal.
Depending on where you live, ground temperatures can range from 50 to 75 degrees Fahrenheit. This means that geothermal heat pumps aren’t usually appropriate for normal hot water baseboard applications, which require water temperatures of 180 degrees Fahrenheit. Water temperatures in the range of 95 to 140 degrees Fahrenheit are required for floor heat and low-temperature radiators.
Some newer models come with so-called desuperheaters, which use the compressor’s excess rejected energy to heat the water in your bathtub, shower, and sinks.

Water-to-Air Geothermal Heat Pumps are a type of geothermal heat pump that uses water to heat the air.
When you need air conditioning, these types of ground source heat pumps are usually used. When in air conditioning mode, the ground “water” serves as a heat sink, rejecting heat from the tower. When in heating mode, the compressor extracts energy from the ground water and “pump” it into the “air.” Ductwork distributes the “climate” in your house.
They operate similarly to water-to-water heat pumps in terms of functionality. A geothermal heating and cooling system is also much more efficient than a conventional heating and cooling system.