Evotech unveils its myBEMS Remote HVAC Optimisation solution at CIBSE Build2Perform 2024

13 Nov 2024

Today, Evotech unveiled its myBEMS Remote HVAC Optimisation solution at the CIBSE Build2Perform 2024 exhibition, at Excel, London. This advanced technology and data-led solution enhances HVAC system performance, reduces energy consumption, and significantly lowers carbon emissions.

Building upon the success of its myBEMS platform, launched at Build2Perform in 2022, Evotech introduced new AI-based solutions last year and has now further expanded its offering to include its Remote HVAC Optimisation solution to remotely monitor, analyse and optimise commercial HVAC systems in real-time.

The myBEMS system adapts to the dynamic heating, ventilation, and cooling needs of a building, processing real-time data to make automatic adjustments. For instance, if there’s a sudden spike in electricity consumption due to a temperature control issue, myBEMS quickly flags the anomaly and pinpoints its source, allowing remote corrective action to be taken. Advanced algorithms are deployed to automatically balance the systems, maintaining comfort levels whilst ensuring energy savings.

Developed, deployed and managed by a team of specialist HVAC engineers, myBEMS connects effortlessly to existing building management systems (BMS) or HVAC controls through a wireless 4G-enabled gateway. Once connected, the solution continuously harvests data including weather, occupancy, energy consumption, and air quality, ensuring that each building operates at optimal efficiency.

With energy prices still rising and the growing urgency to meet net-zero commitments, myBEMS offers a cost-effective and scalable solution. Early adopters of myBEMS have reported substantial monthly energy savings, highlighting its effectiveness in achieving sustainability goals without the need for expensive refurbishments or disrupting day-to-day operations.

For more information on the myBEMS Remote HVAC Optimisation solution, please visit www.mybems.co.uk 

Read the full article in Facilities Management Journal