Choosing the Right Commercial Air Conditioning System for Your Business

The right commercial air conditioning system for your business is a major decision. It requires careful consideration. From examining warranty options, energy efficiency ratings and government regulations to reviewing health recommendations and governmental regulations.

Poor indoor air quality can cause employees and customers to feel sick and even worsen asthma.


Buying the right commercial AC system for your business can save you money in the long run. A cooling solution that can handle your building’s size and cooling needs will ensure it’s running only when necessary instead of being on all the time. You will also save money on your energy bills. These can rise over time.

Your business’s needs and the type of HVAC system you select will determine how much it costs. A single split Air Conditioning is usually less expensive than central air. It is important to choose a company that has a good reputation and produces a product of high quality.

The best way to determine the exact cost of your commercial air conditioning system is to contact a licensed professional, such as Ambient Edge. They will consider government policies, health recommendations, and occupancy conditions. They can help you select a system that fits your needs and budget.

Energy efficiency

Commercial air conditioning systems are important to the comfort of employees and significantly impact energy costs. If you’re considering replacing your commercial HVAC system, it’s important to consider the size of your space, usage patterns, and climate conditions where the building is located. The right equipment will keep everyone comfortable and save you money on electricity bills.

ENERGY STAR-certified systems meet higher efficiency standards and reduce your business’s environmental impact. You can find a variety of models, sizes, and configurations that meet your company’s needs.

The size of your commercial space and its layout determine the cooling capacity you need. You can use the equation below to calculate your building’s approximate cooling load. Then, multiply that number by 24 to estimate the daily BTUs required. Add the number of full-time occupants and the number of windows to the total. Finally, divide the BTUs by 12,000 to get the required tons.


New commercial air conditioning systems are much safer for the environment than older models. This is due to the use of different refrigerants and improvements in energy efficiency.

For instance, older AC units use CFCs that damage the ozone layer. However, the newer systems do not use this type of refrigerant. They also do not produce greenhouse gasses that cause climate change.

Commercial systems have larger fans and blowers that force cool or hot air through ductwork. They also ventilate large spaces like basements and enclosed parking lots. Some even have jet fans that remove carbon monoxide and other fumes from cars in the parking lot.

Packaged systems have everything in a single unit placed outside the building. They are ideal for businesses with little space to spare because they don’t need an indoor air conditioning system.


Occupants are a key consideration when it comes to commercial air conditioning. This is because they can significantly impact business owners’ and staff’s comfort and productivity. When occupants are uncomfortable, they work less efficiently and may become sick. Uncomfortable temperatures can also lead to higher energy bills and costly repairs.

There are many ways to increase occupant comfort that don’t cost much. Building owners can, for example, optimize the size and placement of their systems, reduce heat gain from windows, and power the system with renewable energy sources.

You can use low-energy ducted and natural ventilation systems to cool your building. They can reduce their operating costs and the environmental impact of commercial AC systems. It can reduce the carbon footprint and promote sustainable business practices. This can preserve surfaces and structures and increase the performance of equipment.

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