Leading the Way in Energy and Property Solutions.
Leading the Way in Energy and Property Solutions.
3D-printed concrete construction is rapidly gaining attention for its speed, cost-efficiency, and architectural flexibility. However, while this technology can deliver durable and energy-efficient buildings, Energy Performance Certificate (EPC) assessments face unique challenges when evaluating them. Why 3D-Printed Concrete is Different Unlike traditional brick-and-mortar builds, 3D-printed concrete:
Seasonal lake-sourced cooling systems use deep, naturally cold water from nearby lakes to provide energy-efficient cooling during warmer months. This approach drastically reduces reliance on conventional air-conditioning systems, cuts electricity consumption, and offers a sustainable alternative for both commercial and residential buildings. While highly efficient in
Dome-shaped passive solar homes combine architectural innovation with sustainable design. Their curved geometry reduces surface area, improving heat retention, while passive solar design principles maximise sunlight capture in winter and minimise overheating in summer. Although these homes perform exceptionally well in real life, they present unique
Rotating rooftop restaurants offer panoramic city views and a unique dining experience, but they also introduce engineering and energy-efficiency challenges. The constant movement of the structure, combined with its elevated and often glass-heavy design, can affect thermal performance, ventilation, and Energy Performance Certificate (EPC) modelling accuracy.
Active phase-change wall inserts are a cutting-edge building technology designed to regulate indoor temperatures by absorbing, storing, and releasing heat as they transition between solid and liquid states. By actively controlling the timing of these phase changes through embedded systems, buildings can significantly reduce heating and
Subterranean greenhouses — also known as walipini or pit greenhouses — are partially or fully built below ground level to leverage the earth’s stable temperature for year-round growing. These structures are gaining popularity among eco-conscious homeowners for their energy efficiency, reduced heating needs, and unique integration
Helio-tracking façades are advanced building envelope systems designed to adjust their orientation or shading elements in response to the sun’s position. By optimising solar exposure throughout the day, these façades can reduce cooling loads, improve daylighting, and enhance occupant comfort. While these systems offer clear environmental
Vertical gardens — also known as green walls or living façades — are increasingly popular in urban architecture for their aesthetic appeal, biodiversity benefits, and ability to improve air quality. They can also influence a building’s thermal performance by providing shade, reducing heat absorption, and moderating
Solar-reflective liquid glass roof coatings are a modern roofing innovation designed to reduce heat absorption by reflecting a significant portion of solar radiation. By lowering roof surface temperatures, these coatings can reduce the cooling demand of a building, enhance indoor comfort, and potentially improve its Energy
Seasonal inflatable insulation panels are an innovative approach to improving a building’s thermal performance while maintaining flexibility throughout the year. Unlike fixed insulation, these panels can be deployed during colder months to retain heat and deflated or removed during warmer months to allow natural cooling. This
by