Leading the Way in Energy and Property Solutions.
Leading the Way in Energy and Property Solutions.
Buildings that integrate biofuel-based heating with solar thermal systems provide sustainable energy solutions by combining renewable heat sources with conventional systems. However, this hybrid approach introduces unique challenges for Energy Performance Certificate (EPC) assessments due to variable energy contributions, system interactions, and performance uncertainties. 1. Understanding
Buildings that integrate passive solar design—such as south-facing glazing, thermal mass, and natural ventilation—with active mechanical systems like HVAC and heat pumps provide both energy efficiency and comfort. However, this combination presents unique challenges for Energy Performance Certificate (EPC) assessments. 1. Understanding Combined Passive-Active Systems Definition:
Buildings with multiple interconnected courtyards offer enhanced natural lighting, ventilation, and aesthetic appeal. However, these open spaces introduce complexities for Energy Performance Certificate (EPC) assessments due to unique airflow patterns, solar gains, and heat loss behaviors. 1. Understanding Multi-Courtyard Buildings Definition: Buildings featuring two or more
Mechanical ventilation systems are critical for maintaining indoor air quality and regulating building energy use. However, intermittent failures—due to equipment faults, maintenance issues, or control system errors—can significantly affect a building’s energy performance. Accurately modelling these variations is essential for Energy Performance Certificate (EPC) assessments. 1.
Partial underground structures—such as basements, semi-subterranean floors, or partially buried extensions—offer thermal stability and space optimization. However, their unique thermal characteristics present specific challenges for Energy Performance Certificate (EPC) assessments. 1. Understanding Partial Underground Structures Definition: Portions of a building that are below ground level or
High reflectivity roofing materials, often referred to as cool roofs, are designed to reflect more sunlight and absorb less heat than traditional roofing. While they improve building energy efficiency, they also introduce specific challenges for Energy Performance Certificate (EPC) assessments, particularly in modelling solar heat gain.
Modular hybrid construction combines prefabricated modules with on-site building components, offering speed, flexibility, and cost savings. However, variable heat distribution between modules and integrated systems can create challenges when calculating Energy Performance Certificate (EPC) ratings. 1. Understanding Modular Hybrid Construction Definition: A construction method combining factory-built
Buildings that incorporate renewable microgrids—such as solar PV arrays, wind turbines, or small-scale energy storage systems—can generate a portion of their own electricity on-site. While these systems enhance sustainability and reduce operational costs, they also introduce complexities for Energy Performance Certificate (EPC) scoring. 1. Understanding Integrated
Microclimate conditions surrounding a building—such as shading, wind patterns, urban heat islands, and local humidity—can significantly impact energy performance. These variations pose challenges when calculating Energy Performance Certificate (EPC) ratings, as standard EPC methodologies often assume uniform external conditions. 1. Understanding Microclimate Variation Definition: Localized environmental
Multi-story atrium buildings are architecturally impressive, but their unique design presents significant challenges for Energy Performance Certificate (EPC) assessments. Large open volumes, extensive glazing, and complex airflow patterns can make accurately predicting energy consumption difficult. 1. Understanding Multi-Story Atrium Buildings Definition: Buildings featuring one or more
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