Resources
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Resources
Solar shading reduces overheating
Case study on overheating of flats in London
Solar shading reduces overheating in homes
CO2 Reduction with external venetian blinds
Velux – Healthy homes barometer 2017
Somfy – The energy effects of controlling solar shading
Building Utopia – What if every building performed perfectly?
Time-lapse showing varying light levels
Energy balance
Solar shading saves energy – and that’s just the start
Guidance Note – Solar energy transmittance (g-value)
Guidance Note – Double skin facades (DSF)
Guidance Note – Solar gain – A specifier’s guide
Guidance Note – What is solar gain?
World GBC – The business case for green building
Life cycle assessment of blinds
Glazing in buildings reducing energy use
Guidance Note – Solar shading and air conditioning in existing buildings
Guidance Note – Solar shading and air conditioning
Guidance Note – Behavioural change
Daylighting in schools
World GBC – Health, wellbeing & productivity in offices
UK-GBC – Health & wellbeing in homes
Guidance Note – Openness coefficient
Guidance Note – Standards
ZCH – Solutions to overheating in homes
ZCH Overheating in homes – The big picture
Winter energy saving in homes
National Energy Foundation – Solar shading impact report
Guidance Note – Glare
BBSA – Guide to low energy shading
ES-SO – Solar shading for low energy buildings
ES-SO – A new vision on solar shading
The effective control of light and glare
Keeping warmer at home with blinds and shutters
Keeping commercial buildings cool with external shading
Keeping your home cooler with external shading
Guidance Note – U-values
How the sun affects us
What is a U-value?