5 Innovations That Shape The Future Of Commercial HVAC 

Since the development of the first electric furnace in 1861, HVAC (heating, ventilation and air conditioning) activities have progressed significantly. The search for highly intelligent, fully automated HVAC solutions continues, from wood burning to next-generation automated heating systems based on artificial intelligence. Now new players are taking the innovation and technology to the next level.

Technology has certainly contributed to the development of the HVAC market and plays a key role in meeting the increasing need for energy-efficient solutions. The global market for HVAC systems is expected to grow from USD 202 billion in 2020 to USD 277 billion in 2025.

Many HVAC technologies are still on the drawing board, but some may already be used to enhance the comfort of their customers. Some HVAC companies even use software with an all-in-one automated solution, such as: FieldInsight, to regain control of their workflow.

To keep you in the loop, here are the key innovations shaping the future of commercial HVAC:

Intelligent technologies have made fully automated HVAC possible. Now you can link your HVAC unit to other smart devices in your commercial establishmentand automatically meet the climatic conditions. Unlike traditional air conditioners, Smart ACs make it possible to maintain the temperature using a smartphone.

It gives you enough comfort to set triggers and manage your HVAC system from your mobile device, both through scheduling and geofencing. You don’t even need to be in the building itself to relay instructions to your unit. What’s also good about Smart HVAC is how it raises your awareness to adjust your consumption habits. You can now check the days and times of unusual use and keep track of the maintenance of your air conditioner.

  • Motion Activated Air Conditioning

A motion-activated system seems like such a brilliant concept, and it’s almost mind-boggling that it hasn’t been tried before. MIT engineers have developed a new air conditioning system with sensors connected to metal rods suspended from the ceiling. These sensors are then activated by movement.

In other words, the air conditioner only turns on when people are around. Amazing, isn’t it? Indeed, it is an excellent solution that is expected to be one of many future methods of reducing energy costs through design capabilities that are only needed.

  • Ice-powered air conditioning

It’s safe to say that air conditioners are constantly improving systems. This is why a California-based company has developed an ice-powered AC system. This mainly works by freezing water in a tank overnight. The ice can help cool a structure the next day. The design provides sufficient cooling to a building for up to six hours, followed by the standard commercial air conditioner. This is definitely an energy efficient solution for long hours of HVAC operations, which can consume a lot of electricity.

5 innovations shaping the future of commercial HVAC
Geothermal heat pump for heating in the boiler room

Geothermal technology is a significant investment that promises you significant business savings. Also locations without geothermal energy nearby can still be provided with air conditioning and space heating. With more and more commercial institutions calling for greening, geothermal heat pumps have become more popular.

AN geothermal heat pump receives its energy directly from the earth via a loop tube and absorbs the heat in your commercial building. When cooling is required, the process is reversed and the pump extracts heat from the company building.

In addition, the provision of free hot water is an important advantage for a geothermal heat pump. So if you want to install geothermal technology in your commercial space, get the help of experts.

  • Dual fuel heat pumps

A dual fuel heat pump system is an innovation that combines a gas oven with an electric heat pump and then alternates the two fuels, maximizing comfort and economy.

It works when the heat pump uses electricity to get heat from outside when the temperature is above 35 degrees. This is relatively inexpensive compared to furnace firing, although gas is used for heating for greater efficiency when the temperature is below 35.

In addition, the dual-fuel heat pump is useful for distributing air in cold weather. Even in summer, the cooling system flows around the furnace coil to blow cool air.

Although this dual-fuel heat pump system has a high initial cost, energy savings can pay for it over several years.

Conclusion

The innovations in commercial HVAC bring customer satisfaction through improvements in energy efficiency and fuel economy. Such upgrades are extremely beneficial to any commercial setting, as they mean more environmentally friendly HVAC units, lower energy costs and result in greater savings.

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