Sea Containers House

This is a 50,000m² building refurbishment & new development, mixed use building site (hotel, offices and retail).

 

 

Christina Galyfianaki supported the team work in Hurleypalmerflatt for the issuing of PartL 2010 compliance, EPC- Environmental Performance Certificate , Dynamic Thermal Model for energy strategy of London Planning and provided the architect facade design support for PartL Criterion 3.

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Sea Containers Refurbishment

Sea Containers Dynamic Thermal Model

IES Dynamic Thermal Model

Sea Containers New Development:
Glazing area optimization – Criterion 3

The Criterion 3 – Part L2A (2010) principle

“For the purpose of Part L, reasonable provision for limiting solar gain through the building fabric would be demonstrated by showing that:
for each space in the building that is either occupied or mechanically cooled, the solar gains through the glazing aggregated over the period from April to September inclusive are not greater than would occur through one of the following reference glazing systems with a defined solar energy transmittance (g-value) calculated according to BS EN 410:

For every space that is defined in the NCM database as being side-lit, the reference case is an east-facing façade with full-width glazing to a height of 1.0m having framing factor 10 per cent and a normal solar energy transmittance (g-value) of 0.68.”

Sea-Containers-Criterion-3 Ecodynamis

IES Dynamic Thermal Model

Maximum G-Value Allowance Complying with Part L- Criterion 3 for Different Glazing Percentage Areas (50-90%) per wall orientation and floor

Sea-Containers-Criterion-graphs Ecodynamis

Results for G-value allowance

Next Work

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