WEBINAR | ON-DEMAND
New and refurbished non-domestic buildings are failing to live up to their anticipated performance. Shortcomings show higher than expected energy consumption, high CO2 emissions, and under-performance in other areas, including thermal comfort. Meanwhile, the need to solve the challenges of high energy costs and heat decarbonisation are increasingly urgent priorities for both public and private sector building owners and operators.
So, how can you overcome your building installations failing to live up to their anticipated performance?
Building energy performance gaps are a well-known phenomenon and are caused by a range of factors. But with heating and cooling representing 70% of building energy consumption and 40-50% of energy cost and CO2 emissions, the impact of correctly performing HVAC installations is critical.
Evidence from studies of over 400 installations, including hospitals, universities, office buildings other non-residential buildings reveal that 95% performed sub-optimally – meaning they cost more to run and produce higher CO2 emissions than necessary. Even in new and recently upgraded systems, significant opportunities to optimise performance are being missed.
The cost of HVAC system Performance Gaps is only exacerbated by the recent record increase in gas prices. Since the global energy cost spike in 2022, many organisations are expecting their energy expenditure to double when their current fixed-price purchase agreements end, leading to unnecessary and avoidable extra heating costs that can run into hundreds of thousands or even millions per year.
Meanwhile, decarbonising heat is identified by many as a particular challenge, especially for complex installations such as university or hospital campuses, district heat networks, or older/historic buildings.
Technologies such as heat pumps are not a like-for-like replacement for gas boilers, often leading to installations that:
WEBINAR | ON-DEMAND
Building owner, operators and facility managers are learning how advanced HVAC digital twins are able to close performance gaps to reduce energy costs and achieve their net-zero targets. This will help simulate the entire installation in a virtual replica and explore retrofit and refurbishment options that can enhance performance and address any remaining gaps between predicted energy usage and actual performance.
Hysopt's unique design software helps building owners heat and cool buildings more efficiently, resulting in reduced heating costs and the transition to low-carbon heat. By attending our webinar, you will be one of the first to receive our newest whitepaper on how to close your building’s performance gap!