HVAC DRIFT: THE SMARTER WAY TO MANAGE ENERGY EFFICIENCY
In a world where energy efficiency and operational costs are a priority, businesses are always looking for smarter ways to manage their building systems. At Arcus, we are introducing HVAC Drift – a pioneering approach to heating and cooling automation that balances comfort, sustainability, and cost efficiency.
HOW HVAC
DRIFT WORKS
HVAC Drift begins by gathering data from sensors and assets that are connected into the building management system (BMS). We are then able to monitor variables like temperature, humidity, and solar gain, which provide critical insights into the environmental conditions affecting energy use. This real-time data is transmitted to our Helix system, which applies predictive modelling techniques to analyse historical and current trends.
Helix uses this analysis to calculate the optimal times to adjust heating and cooling settings, taking into account next day energy pricing data to further inform when to and when not to calibrate set points. For instance, during periods of reduced occupancy and favourable energy costs, heating systems are switched off to allow temperatures to gradually “drift” to a comfortable level. This approach eliminates unnecessary energy consumption while maintaining operational standards and environmental comfort for building users. One example includes a retail customer where HVAC Drift reduced energy consumption by 20% during overnight restocking periods without affecting comfort levels for staff.
Site-specific customisation is a cornerstone of HVAC Drift. Every building has unique requirements – delivery schedules, occupancy patterns, and compliance standards all influence system adjustments. By tailoring operations to these parameters, HVAC Drift ensures peak performance while minimising disruptions.
THE BENEFITS OF
HVAC DRIFT
The advantages of HVAC Drift are transformative. By reducing unnecessary heating and cooling cycles, businesses see significant reductions in energy usage and costs. A supermarket chain piloting this technology saved thousands of pounds in energy expenses during a particularly demanding summer season. Additionally, fewer HVAC cycles result in lower wear and tear, extending the lifespan of critical equipment and reducing maintenance costs.
Sustainability is another key benefit. By optimising energy use, HVAC Drift contributes to lower carbon emissions, helping organisations meet increasingly stringent environmental regulations. For businesses aiming to achieve net-zero goals, this technology provides a practical, scalable solution.
THE FUTURE OF
SMART COOLING
Arcus is proud to lead the way in smart HVAC solutions with HVAC Drift. This technology not only addresses immediate operational challenges but also aligns with long-term objectives for efficiency and sustainability. By combining smart technology with practical energy management, HVAC Drift is transforming the way businesses approach building performance.
