At ES-SO, we are committed to actively engaging with EU authorities to express our views on vital building energy issues. We foster collaboration with fellow stakeholders in the construction sector, but we are also ready to take independent action when necessary. Our core objective is to champion solar shading as a sustainable and energy-efficient building solution, advocating for its incorporation into future building designs. On this page, you will discover a comprehensive overview of our latest position papers and publications.
Building heatwave resilience in European cities
August 2024
Study by SWECO that covered 24 cities across Europe, focusing on six primary case study cities: Brussels, Copenhagen, Helsinki, Rotterdam, Oslo, and Stockholm, and explored how they are building up their resilience strategies to adapt to the heat.
Sufficiency in the Built Environment: Reducing Demand for Land, Floor Area, Materials, and Energy as the First Step Towards Sustainable Buildings
July 2024
IFPEB paper recommending a “Sufficiency first principle” be integrated everywhere into all policies related to building sector climate preservation and energy transition policies.
European climate risk assessment - Executive summary
January 2024
Report by the European Environment Agency identifying 36 climate risks with potentially severe consequences across Europe.
Further priorities are set for EU policy action.
Hitzeschutz: Gebäude fit für den Klimawandel machen,
August 2023
Heat protection: making buildings fit for climate change
Study by Ingenieurbüro Hauser on the integral evaluation of summer heat behavior. Thermal comfort and energy performance.
Overheating calculation methods, criteria, and indicators in European regulation for residential buildings, May 2023
The results of this study suggest a framework and key performance indicators to calculate overheating and modify the EU’s next building energy efficiency regulations.
Guidehouse study, November 2021
Solar shading – Synergising mitigation of GHG emissions and adaptation to climate change: the potential to disrupt rising cooling demand and overheating in buildings
How to protect buildings from overheating?
A South-West facing flat in an old converted office building in North London was able to reduce temperatures from a scorching 47.5C to a more acceptable 28C by using external solar shading.
Dynamic shading solutions for energy efficient buildings
by Sonnergy 2015. This study includes an update of the figures of the ESCORP report 2005.
Impact of Shading Devices on Daylight Quality in Offices,
report TABK, Lund University- by Marie-Claude Dubois
2024
Healthy Buildings Barometer 2024
How to deliver healthy, sustainable, and resilient buildings for people
2023
How can architects integrate shading to combat overheating? Pollard Thomas Edwards
2022
Ready for carbon neutral by 2050?
Assessing ambition levels in new building standards across the EU, BPIE
2021
Summertime overheating in dwellings in temperate climates
Kevin J. Lomas
2020
A review of EU Member States' 2020 long-term renovation strategies, BPIE
Global warming and human impacts of heat and cold extremes in the EU, JRC PESETA IV project – Task 11
Quantifying the benefits of energy renovation investments in schools, offices and hospitals, BPIE
ES-SO Solar shading for low energy and healthy buildings
Febuary 2022
Helen Rose Wilson- Fraunhofer ISE and Jacob Jonsson -LBNL
Optical and thermal characteristics of solar shading and how they can be measured and determined
Febuary 2022
Bruno Bueno-Fraunhofer ISE, Taoning Wang and Charlie Curcija - LBNL
Applying software to evaluate the effect of solar shading on energy consumption, daylighting and glare in buildings
Febuary 2022
Dr Christopher Maurer
Product data in the cloud - the next step for manufacturers, software companies and planners.
March 2015
TNO-Findings on extra savings of solar shadings
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298346594841-62
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