Leading the Way in Energy and Property Solutions.
Leading the Way in Energy and Property Solutions.
Basement conversions are a popular way to increase living space in residential properties. While they add value and functionality, they also have significant implications for Energy Performance Certificate (EPC) ratings. Proper planning and insulation are crucial to ensure that these conversions do not negatively impact a
Modern homes often feature solar shading devices or external louvres to improve comfort, reduce overheating, and enhance energy efficiency. While these features can benefit the building’s performance, they also have specific implications for Energy Performance Certificate (EPC) assessments. 1. Impact on Passive Solar Gain Solar shading
Outdoor living spaces—such as patios, terraces, balconies, and verandas—enhance the usability and appeal of residential properties. While these areas provide comfort and aesthetic value, they can also impact a home’s Energy Performance Certificate (EPC) calculations. Understanding how outdoor features interact with the building’s thermal performance is
Modern residential buildings often incorporate a combination of structural materials—including concrete, timber, and steel—to achieve strength, durability, and aesthetic appeal. While this approach offers design flexibility, it can present unique challenges for Energy Performance Certificate (EPC) compliance. Mixed-material properties require careful consideration of thermal performance, insulation,
Conservatories add living space, natural light, and aesthetic appeal to homes. However, their connection to the main house can significantly impact a property’s Energy Performance Certificate (EPC) score. Poorly designed or thermally inefficient connections can lead to heat loss, higher energy consumption, and lower EPC ratings.
Homes featuring internal courtyards or light wells offer natural light, ventilation, and architectural appeal. However, these design features can introduce unique challenges for Energy Performance Certificate (EPC) compliance. Their impact on heating, cooling, and overall energy efficiency requires careful consideration during assessment. 1. Impact on Heat
Multi-level or split-level homes offer unique architectural appeal, but they also present specific challenges when it comes to Energy Performance Certificate (EPC) compliance. The staggered design, varying floor heights, and complex layouts can make energy efficiency assessments more complicated than for standard single-level properties. 1. Complexity
Thermal mass flooring—such as concrete, stone, or tiles—has the ability to absorb, store, and release heat. When integrated thoughtfully, it can contribute to more stable indoor temperatures and improved energy efficiency. However, its effect on a home’s Energy Performance Certificate (EPC) rating depends on how it
Roof orientation plays a crucial role in the energy efficiency of modern homes. How a roof is positioned relative to the sun affects solar gain, heating requirements, and the potential for renewable energy generation—all of which influence a property’s Energy Performance Certificate (EPC) rating. 1. South-Facing
Homes built with non-traditional construction methods—such as steel frames, timber panels, prefabricated units, or concrete modular structures—often face unique challenges when it comes to Energy Performance Certificates (EPCs). Standard EPC software and assessment methods are designed primarily for conventional brick-and-block homes, meaning these alternative materials can
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