Glossary

Passive solar design utilises building elements to optimise natural light and heat. Discover how passive solar design works, its benefits in energy efficiency, and its role in creating sustainable and comfortable buildings for both residential and commercial applications.

On-site energy generation involves producing power at the location where it’s consumed. Explore how on-site energy generation works, its benefits in reducing energy costs and carbon footprint, and its role in creating sustainable and resilient energy solutions for homes, businesses, and industries.

Occupancy sensors are devices that detect human presence and trigger lighting or HVAC systems accordingly. Learn how occupancy sensors work, their benefits in reducing energy waste, and their role in creating smart and efficient spaces in residential, commercial, and industrial settings.

Net Zero Carbon is a climate goal to balance carbon emissions with removals. Learn about the importance of Net Zero Carbon, strategies to achieve it, and its role in combatting climate change and building a sustainable future.

Natural ventilation harnesses natural airflow to improve indoor air quality and comfort. Learn about the benefits of natural ventilation, design considerations, and its role in creating eco-friendly and energy-efficient buildings in residential and commercial settings.

Learn about Mechanical Ventilation with Heat Recovery (MVHR), how it works, its benefits in enhancing indoor air quality, and its role in minimising energy wastage in residential and commercial structures for energy-efficient and comfortable living and working spaces.

MVHR systems are a key component of energy-efficient buildings. Learn how Mechanical Ventilation with Heat Recovery works, its benefits, and how it enhances indoor air quality while minimising energy wastage in residential and commercial structures.

Low-E (low emissivity) glass is a vital component of energy-efficient windows. Learn about the benefits of Low-E glass, how it works, and how it contributes to improved insulation, reduced energy consumption, and enhanced indoor comfort in residential and commercial buildings.

Insulation thickness plays a critical role in maintaining comfortable indoor temperatures and reducing energy consumption. Learn about the importance of insulation thickness, factors influencing it, and how proper insulation enhances energy efficiency in buildings.