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CIBSE Steady State Calculations

The environmental performance of a building is dependent on a correctly selected and operated HVAC system.

Thermal modelling and simulation can be used by design teams to accurately predict heat losses and heat gains. Heat is lost from a building in two ways – either by transmission through the building fabric (fabric losses determined by U-values), or by air infiltration and ventilation.Steady State Calculations

The fabric of modern buildings, together with improved levels of airtightness means that many commercial heating systems are incorrectly sized. This can lead to increased emissions, higher capital costs and ineffective operational performance.

Advanced simulation techniques allow us to specify modular heating systems which allow higher efficiencies and part load operation with separately  pumped boilers (for example) as load demands.

CIBSE Guidance

We undertake checks that follow CIBSE procedures, giving heat losses equivalent to those in their steady state methodology (CIBSE Guide A 2015).

If mechanical cooling is present, heat gains can also be calculated in line with CIBSE steady cyclic methodology.

We work with M&E teams, architects and designers on many commercial and public buildings across the UK. We help them to not only meet their planning and compliance obligations, but to deliver buildings which are going to perform long into the future.

Would you like to discuss your project?

Call us for a chat on 01202 280062 or email be@buildenergy.co.uk.

Recent Projects

"We would consider Build Energy our first point of contact when we are working on a Design and Build contract. Build Energy have completed tasks to a high standard, on time and to a reasonable price for all projects we have worked on together.The Quality of the information presented is to the highest standard and contains all of the required detail. We will be happy to work with them again on future projects, and would recommend them to others without hesitation." 

Noel McPolin
- Kane Group

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