When it comes to creating an inviting, healthy, and overall safe working environment for employees and consumers alike, the sheer importance of an adequate HVAC system can not be overlooked. With the purpose of maintaining a comfortable indoor temperature, mitigating humidity levels, and upkeeping air quality, HVAC systems encompassing air conditioning, heating, and ventilation must be working together in perfect unison in order to ease any concerns workers may have in relation to health, as some companies finally begin to return to the office full-time.
In fact, HVAC has become such an essential piece of the puzzle for modern-day enterprises looking to bring returning employees back, as well as draw in new ones, that many organizations have combined cloud computing technology with their HVAC systems. Cloud-based HVAC systems are quickly becoming a go-to solution for enterprises attempting to enhance their HVAC systems, especially across multiple locations.
In total, the global cloud management systems market, which HVAC systems fall under categorically, was valued at USD 10.6 billion as recently as 2020 and is expected to grow at a CAGR of 24.1 percent, putting the estimated market size at USD 31.4 billion by 2025. This growth is unsurprising, given the advantages a cloud-based HVAC system can provide a business.
For instance, a cloud-based HVAC system can offer a business improved accessibility and mobility, allowing them to access efficient data on-site or at a remote location. This also helps reduce overall costs, as it negates the need for costly IT infrastructure or hardware.
However, for as impressive as cloud-based HVAC systems can be, building managers, commercial contractors, and energy providers are always looking to push the limits of HVAC capabilities, with the next step in HVAC evolution possibly coming in the form of artificial intelligence (AI), machine learning (ML) and overall automated capabilities.
Adding Automation to HVAC
With AI and its automated capabilities becoming increasingly common among all sectors and verticals, as well as with consumers, the most logical next step for building managers and commercial contractors looking to improve their now cloud-based HVAC systems lies with automated intelligent systems. These systems use AI and ML to continuously collect, process, and analyze data in order to create self-improving software automation. These systems are already being leveraged by both businesses in a myriad of industries, being used to enhance efficiency by automating repetitive and labor-intensive back-office workflows for organizations.
Automated intelligent HVAC systems are still a relatively new technology, but the adoption rate is already steadily increasing. According to the Advanced HVAC Control Systems Market report, the global advanced HVAC control systems industry generated USD 3.1 billion in 2022. Experts expect the market to grow at a CAGR of 8.3 percent over the next decade, putting the predictions for the market value at USD 6.7 billion by the year 2032.
The steady growth can be attributed to the advantages the technology provides a company, as in the case of cloud-based HVAC systems, integrating with an automated intelligent system can allow enterprises to apply the vast amount of data generated optimally. For instance, AI algorithms can classify, group, and analyze the vast amount of data generated by cloud-based systems relating to temperature, humidity, occupancy, and weather conditions, among other factors.
By analyzing historical patterns and real-time inputs, AI can identify trends, predict demand, and adjust HVAC settings, ensuring optimal comfort levels while minimizing energy consumption. This dynamic optimization helps eliminate energy waste and fine-tune system settings and can be integrated with other building management systems for comprehensive energy management.
Furthermore, by automating an HVAC system, an enterprise can more easily integrate and coordinate it with other systems within a building. Automated HVAC systems can coordinate with building security, access control, lighting, and parking systems, using information from them to adapt building heating and air conditioning performance.
This can be leveraged in a number of ways, practically, that can provide a host of benefits. For example, when integrated with an intelligent lighting system, data generated and analyzed by the HVAC system could be used to tell the smart shades to close when solar gain increases the temperature too much, ensuring it does not reduce system efficiency.
Finally, the ML capabilities of an automated intelligent system enable the analysis of occupant behavior and preferences, providing the HVAC system data that helps it adapt to individual needs. By leveraging sensor data, machine learning algorithms can learn patterns of occupant activity and adjust temperature, ventilation, and other HVAC parameters accordingly.
This aids in the quest for employee satisfaction drastically, making it possible for personal offices to be unique and adaptive based solely on themselves. Personalized comfort settings that cater to individual preferences can improve employee physical comfort and reduce the risk of common discomfort-related health issues, such as fatigue and allergies. An intelligent HVAC system can even improve employees’ mental well-being and overall happiness by enhancing occupant satisfaction.
Hub Controller for Upgrading HVAC
At Hub Controls, we understand that an HVAC system goes well beyond making sure a building has cool air and is crucial to certain sectors, such as building managers, commercial contractors, and energy providers. For these verticals, the difference between a good HVAC system and a bad one is like night and day, which is pivotal to offering an adequate, efficient service.
This is why when we at Hub Controls set out on our goal to help the world reach carbon neutrality by reducing energy waste and improving energy efficiency, we started by creating our Hub Controller automated intelligent energy system. Our award-winning automated personal energy management system intuitively saves users money while reducing energy consumption and carbon emissions.
The Hub Controller’s automated intelligent energy systems are continually self-learning, so an organization can simply set its basic parameters, and the system then monitors and adapts to the building’s preferred comfort level to ensure energy is never wasted.
Part of our award-winning Hub Controller system is our automatic energy reduction (AER) manager. This is the only proven energy-saving smart thermostat that can give an enterprise complete control over its energy system with remote capabilities. The innovative AER technology runs 24/7, ensuring that a company enhances efficiency and saves money whenever using energy.
Overall, the quest to reach carbon neutrality is to provide a more sustainable planet for future generations, and everyone has a part to play. With the population and use of technology expected to continue to rise steadily as we usher in a new digital age, optimizing energy use and reducing waste is of the utmost importance. With the Hub Controls automated intelligent energy system, enterprises can enhance their energy efficiency, which not only helps sustainability but also improves the workplace environment and directly impacts the bottom line.