The role of HVAC in Net Zero Buildings

Addressing these performance gaps, however, is a complex task. They stem from a mix of over-engineering, unsuitable system design, ineffective control strategies, and poor component selection and commissioning. These issues intensify as systems expand.

To tackle these complexities, a three-pronged focus is necessary. We need to upgrade the engineering tools used in design stages, improve communication among stakeholders, and ensure efficient operation with performance-based asset management post-installation.

Hysopt’s solutions are designed specifically to address these challenges and bridge the performance gap, bringing us one step closer to an energy-efficient and sustainable future.

Many non-domestic buildings are not living up to their anticipated energy performance. This is called the Performance Gap and is partly due to under-performing HVAC installations. Only few building owners and managers are aware of the impact on the risks and costs tied to their HVAC installation:

• 95% of HVAC systems under-perform

• Up to double the energy consumption predicted at the design stage

• HVAC under-performance is responsible for over half this gap

By eliminating performance gaps in HVAC systems, we can unlock significant energy cost savings, pave the way for low-carbon heating, and reduce both capital and operational expenses. This strategy also maximizes carbon savings, pushing us towards a future where HVAC systems are both energy-efficient and sustainable.