Leading the Way in Energy and Property Solutions.
Leading the Way in Energy and Property Solutions.
Modular pop-up commercial structures—temporary or semi-permanent buildings used for events, retail kiosks, or exhibitions—are increasingly popular due to their flexibility, speed of deployment, and cost-effectiveness. However, these structures present unique challenges for Energy Performance Certificate (EPC) assessments. EPCs evaluate a building’s energy efficiency based on insulation,
Modern sustainable buildings increasingly use mixed roof surfaces—combining solar photovoltaic (PV) panels with green (vegetated) roofing. While these designs improve energy efficiency and environmental performance, they present unique challenges for EPC (Energy Performance Certificate) modelling. EPCs are designed to estimate a property’s energy efficiency based on
Floating solar arrays (also called floating photovoltaics or FPVs) are solar panels installed on bodies of water, such as reservoirs, lakes, or retention ponds. They offer renewable energy generation while reducing land use. Beyond electricity generation, floating solar panels can also affect a building’s water-side energy
Geothermal systems, such as groundwater heat extraction wells, are becoming increasingly popular for heating and cooling modern homes. By using water from underground aquifers, these systems can transfer heat efficiently, reducing reliance on conventional energy sources. However, they present unique challenges for Energy Performance Certificate (EPC)
As building technology evolves, innovative materials like variable opacity glass walls—also called smart or electrochromic glass—are becoming more common. These walls can adjust transparency to let sunlight in or block heat and glare, providing comfort and energy savings. However, they also create challenges for Energy Performance
An Energy Performance Certificate (EPC) evaluates a property’s energy efficiency, assigning a rating from A (most efficient) to G (least efficient). The assessment considers various factors, including insulation, heating systems, and ventilation. Learn more about our company and services on our About Us page. Impact of
In desert regions, Energy Performance Certificate (EPC) assessments face a unique environmental factor — airborne dust. While most EPC models assume consistent solar exposure based on climate data, high dust concentrations can significantly reduce solar gain, affecting both heating and cooling projections. How Dust Influences Solar
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
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