Thermal Modelling - overheating, operational energy & compliance
Thermal modelling is a vital part of the building design process for both new buildings and refurbishment projects throughout the UK. We have in depth technical knowledge of Building Regulations in the UK including the National Calculation Methodology. This allows us to propose solutions to better the targets set by the regulations and ensure good efficient design.
Our Thermal Modelling Team can offer a range of services using the IES VE Apache and compliance engines including:
- Compliance (Part L, Section 6)
- Domestic EPCs
- Overheating (CIBSE TM52, CIBSE TM59)
- Heating/cooling load
We have CIBSE accredited Low Carbon Energy Assessors able to produce Level 5 EPCs in both England and Scotland and Section 63 Action Plans in Scotland.
Our Team complete overheating assessments to CIBSE TM52/TM59 standard which assess the potential risk for developments to overheat and provide guidance on how to reduce the risk. This guidance may include external shading, reducing window sizes, solar control glazing and thermal mass. For schools, we follow the Building Bulletin 101 framework to assess the overheating risk.
“Closing the Performance Gap” within buildings is essential to ensuring the UK can achieve Net Zero Carbon. To assess the likely in-use energy performance, our Thermal Modelling Team can complete both Design for Performance using Apache HVAC and CIBSE TM54 modelling.
In order to size heating and cooling plant, our Thermal Modelling Team are skilled in assessing the likely heating and cooling loads for buildings taking into account the building orientation, fabric and internal gains. This allows us to design heating and cooling plant that is not oversized and is therefore is more efficient.
Our Team complete overheating assessments to CIBSE TM52/TM59 standard which assess the potential risk for developments to overheat and provide guidance on how to reduce the risk. This guidance may include external shading, reducing window sizes, solar control glazing and thermal mass. For schools, we follow the Building Bulletin 101 framework to assess the overheating risk.
“Closing the Performance Gap” within buildings is essential to ensuring the UK can achieve Net Zero Carbon. To assess the likely in-use energy performance, our Thermal Modelling Team can complete both Design for Performance using Apache HVAC and CIBSE TM54 modelling.
In order to size heating and cooling plant, our Thermal Modelling Team are skilled in assessing the likely heating and cooling loads for buildings taking into account the building orientation, fabric and internal gains. This allows us to design heating and cooling plant that is not oversized and is therefore is more efficient.
Related
projects
Ruskin College, Oxford
Through thermal modelling KJ Tait were responsible for demonstrating and ensuring that the new Littleborough Primary and Whitworth Secondary schools could achieve Net Zero Carbon in operation.
View more
Net Zero Schools
Through thermal modelling KJ Tait were responsible for demonstrating and ensuring that the new Littleborough Primary and Whitworth Secondary schools could achieve Net Zero Carbon in operation.
View moreRelated News
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Scottish Building Regulations: Proposed changes to energy and environmental standards
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