4 Ways You Can Customise Your Air Conditioning System to Make Sure It’s Right for You

When you decide to install central air, there are a great many choices and options available for custom air conditioning systems. The key is to decide which type of operating unit is right for your needs. The great news is that there are solutions for every type of room, size of room, and home situation you may have. Even that problem room that never seems to get cool enough that you thought was “unfixable” can be addressed. One of these custom air conditioning solutions could be the perfect fix for your home.

Less Is More: The Ductless Way

The ductless system (sometimes referred to as a mini-head or single split) is the perfect option if you have a heavily glassed-in sunroom or simply don’t have walls that can accommodate duct work. A ductless system is made possible because of a variable-speed inverter that allows units to operate more quietly and far more efficiently (even more efficiently than central air). When it’s mounted high up on a wall, the unit is unobtrusive and placed perfectly to distribute cool air evenly throughout the room. These systems can be used in conjunction with traditional central air. You may also be able to connect up to four indoor units for maximum efficiency.

Custom Air Conditioning System for Allergies

If you have a person with allergies living in your home or you own pets, you might want to consider having a whole-home air filtration system installed. Some units offer the benefits of bipolar ionization, which can spread ionized oxygen clusters that attach to airborne allergens, such as mould, pollen, and odours. After the clusters attach, they form heavy organic compounds that simply drop out of the air before you have a chance to breathe them in.

An Inverter or Digital System

Because of advancements in technology, these systems can provide uninterrupted service with significant energy savings. Instead of conventional methods of cooling, a digital system gently increases or decreases the power required to get to the target temperature. There is a reduction in the serious spikes in power usage, which makes these systems an affordable choice for homeowners.

Upgrade Your Furnace to Keep Pace With Air Conditioning

Since your furnace and air conditioning have many components that work together in order to circulate air and provide year-round comfort, consider updating your furnace. It may be advisable to have your custom air conditioning specialist counsel you on the best furnace options for your total yearly needs. The efficiency of your furnace is tested when air circulates and when humidity is balanced. You can see how cooling and heating systems are evenly matched in terms of dealing with the air in your home.

With all the options available, be sure to ask questions of your installation expert so they know your key concerns before purchasing a system. While some elements (like ductless systems) can be added on at a later date, other options need to be chosen well in advance of installation. It’s always best to know what you want before you make a major home purchase, so consider all your options wisely.

How Much Wattage Does My Air Conditioning Use?

During the cooling season, your air conditioning unit accounts for a big chunk of your monthly utility bills. The amount of power it consumes, though, depends on a wide range of factors. Insulation, sizing and maintenance all play a role in determining how much wattage your air conditioning uses and understanding that power consumption is the first step toward maximizing your air conditioning system’s energy efficiency. As a general reference point, a 3 tonne central air conditioning uses around 3500 watts per hour and a 12,000 BTU window unit uses about 1200 watts per hour.

How Air conditioning Work

From budget models up to high-end units with Energy Star ratings, every modern air conditioning depends on the same cooling cycle. At the evaporator coil, a chemical called a refrigerant absorbs heat from the indoor air and evaporates, becoming a gas. The air conditioning then pumps the gaseous refrigerant to the condenser coil, where a special pump called a compressor forces it to return to liquid form. In the process, the refrigerant releases that heat outside the home, then returns to the evaporator coil to repeat the cycle.

Since air conditioning s do not consume refrigerant, or indeed any other kind of fuel, this process requires plenty of electricity to keep running. The more space the unit has to cool, the more power it will consume to do so.

Efficiency Ratings

An air conditioning ‘s cooling efficiency is usually measured as its seasonal energy efficiency ratio (SEER). SEER is computed as the air conditioning ‘s cooling output in British thermal units (BTU) divided by its power consumption in watts. SEER values typically range from 10 to 20, with higher ratings denoting more efficient power consumption. To qualify for Energy Star ratings, an air conditioning must have an SEER of at least 14.

While manufacturers publish a nominal SEER for each model, the effective SEER depends heavily on environmental factors. In homes with different layouts, insulation and load-generating appliances, the same unit may operate at a higher or lower effective SEER. Thus, the SEER your air conditioning company gives you during the installation process may differ somewhat from the nominal SEER given by the manufacturer.

Set Up for Efficiency: Proper Sizing of the Air Conditioning

“Bigger isn’t always better” applies perfectly to air conditioning sizing.
Oversized systems constantly cycle on and off, reducing efficiency and creating temperature swings.
Undersized systems struggle to cool the home and wear out faster from overworking.
You need a properly sized unit to cool your home efficiently and avoid energy waste.
Start every installation with a professional load calculation tailored to your home’s specifics.
Cooling load depends on square footage, layout, insulation, and appliance heat generation.
These factors help professionals determine the exact system size your home needs.
Don’t assume your current system is the right size—it may have been improperly sized or outdated.
Home changes over time can make old calculations inaccurate.

Keeping Efficiency Under Control

Controlling your thermostat is one of the easiest ways to improve energy efficiency.
Most people feel comfortable at 24–26 degrees Celsius—choose the warmest comfortable setting.
Each degree lower increases energy use by about 7 percent.
Avoid setting the thermostat lower than your target temperature to cool faster—it doesn’t work.
This method wastes energy and can cause the system to overshoot your desired temperature.
Stick to your ideal temperature setting for consistent, efficient cooling.
Use programmable thermostats to manage temperatures while you’re away from home.
Advanced thermostats can zone your home, shutting off cooling in unused areas.
Some smart thermostats allow remote control for maximum convenience and energy savings.

Ceiling Fans: Efficiency Helpers

Ceiling fans work with, not against, your air conditioner to improve air circulation.
Fans move cool air away from the unit and pull warm air down from the ceiling.
This improves overall room comfort and efficiency.
Ceiling fans also create a “wind chill” effect, making the room feel cooler without changing the temperature.
With a fan running, you can raise your thermostat slightly and stay comfortable.
Energy Star-rated fans use less electricity and help reduce cooling costs.
Use the reverse setting in winter to help heating systems distribute warm air more effectively.

Energy-Efficient Upgrades

Upgrading to a high-efficiency air conditioner is one of the best investments for your home.
New units with higher SEER ratings offer better performance and lower energy use.
A jump from 10 SEER to 20 SEER can cut cooling costs by up to 50 percent.
Even upgrading from 12 SEER to 16 SEER saves about 25 percent on energy.
These savings can amount to hundreds of dollars each year.
Have your HVAC professional perform a payback analysis for informed decision-making.
This analysis compares upfront costs with expected utility savings to estimate return on investment.
Most efficient systems pay for themselves within just a few years.

Preserving Efficiency: Maintenance and Repair

Even top-quality air conditioners need regular maintenance, or small issues can lead to bigger energy consumption problems.
Modern systems seem self-sufficient but often hide inefficiencies that raise power usage and risk costly repairs.
A well-maintained air conditioner runs efficiently and delivers consistent cooling performance for years.

The Importance of Air Filter Maintenance

Replacing your air filter regularly is one of the easiest ways to maintain efficiency.
Clogged filters block airflow, forcing your system to work harder and risking issues like freezing.
Basic filters should be changed monthly, while advanced filters may last up to three months.
If you have pets, smoke indoors, or experience excess dust, change filters more frequently.

Choose the Right Filter for Optimal Performance

Always use factory-authorized replacement filters, not generic ones from hardware stores.
Properly fitting filters help your air conditioner operate more efficiently and avoid airflow issues.
For reusable filters, wash with cold water and let them dry fully before reinstalling.

Consider a Yearly Service Agreement

Regular home maintenance is helpful, but professional servicing ensures long-term efficiency.
Annual service agreements include small calibrations that help your unit perform at its best.
Technicians also catch hidden problems that waste power and increase your utility bills.
Routine maintenance lowers both short-term costs and long-term repair expenses.
With expert help, your air conditioner can cool your home using minimal energy.

Our network of expert air conditioning professional at Rite Price Heating & Cooling have all the information you need to answer your air conditioning questions. Please contact us in your local area for the best customer service, information and advice regarding air conditioning products.