Green Building Certificates at a Glance

A key component of our understanding of sustainability is the certification of many our fund properties. This involves assessing the sustainability of our properties throughout their entire life cycle and optimising it using environmentally friendly technologies, always with a view to economic efficiency.

Recognized sustainability 

Sustainability certificates offer the opportunity to measure and compare compliance with sustainability criteria. This is done using nationally established and internationally recognised certification systems. At a time when the sustainable use of resources, the avoidance of CO2 emissions and health and well-being are more important than ever, certification systems offer a way of improving and verifying the sustainability quality of buildings through certification.

Based on the three important pillars of sustainability - ecology, economy and social aspects - various certification systems with a range of assessment criteria for sustainable buildings have been developed to optimise projects specifically during the planning and construction stages as well as during ongoing operation

Certification systems in different countries
  • Australia: Nabers, Green Star
  • Austria: ÖGNI (adapted to DGNB), ÖGNB, klimaaktiv
  • Brazil: AQUA, LEED® Brasil
  • Canada: LEED® Canada, Green Globes
  • China: GBAS
  • Finland: PromisE
  • France: HQE
  • Germany: DGNB, QNG, BNB
  • Great Britain: BREEAM® UK
  • Hong Kong: HK-BEAM
  • India: LEED® India, TerriGriha
  • Italy: Protocollo Itaca
  •  
  • Malaysia: GBI Malaysia
  • Mexico: LEED® Mexico
  • Netherlands: BREEAM® NL
  • New Zealand: Green Star NZ
  • Philippines: BERDE, PHILGBC
  • Portugal: Lider A
  • Singapore: Green Mark
  • South Africa: Green Star SA
  • Spain: VERDE
  • Switzerland: Minergie
  • United States: LEED®, Green Globes

The topics covered by all common certifications include materials and resources, energy and water, indoor environmental quality and sustainable site design, and resilience, to name just the most important ones. While there are many similarities in terms of topics, local conditions and market differences are also considered.

Market-Relevant Certification Systems in Europe

In Europe, BREEAM (Building Research Establishment Environmental Assessment Method), LEED® (Leadership in Energy and Environmental Design), and DGNB (German Sustainable Building Council) are among the best-known and most widely used systems for holistic building assessment.

The French sustainability certificate HQE (Haute Qualité Environnementale) is also based on a comprehensive ESG assessment at building level and is now recognised beyond France. The HQE sustainability certificate was launched in France in 2005. HQE certifications are therefore mainly used in France. These building certification systems aim to provide a holistic assessment of sustainability performance. In order to take account of changing legal requirements, recent updates have placed greater emphasis on aspects such as life cycle, resilience and climate neutrality.

Economic aspects also play a greater role for the DGNB and proof of conformity with the EU taxonomy is possible in parallel to certification. The EU taxonomy is generally used in all certification systems used in Europe. For example, taxonomy verification in Germany is also possible via TÜV Süd as part of BREEAM DE certification, and LEED® has also recently started to offer the option of considering the taxonomy criteria as part of certification.
Examples of sustainably certified buildings from Deka Portfolio can be found here.

WELL - Standard for buildings for well-being

The topic of health and well-being is also becoming increasingly important. With the help of WELL certification, properties can be designed and optimised accordingly to create a healthy and comfortable quality of stay in the building. The WELL Building Standard has been awarded since 2014 and, like the fitwel® standard, is characterised by its strong focus on the health and well-being of users.
Other certification systems focussing on specific topics have developed in recent years, e.g. the WiredScore label, which assesses the digital connectivity ocf a building, or SmartScore, which assesses the user functionalities and technological foundations of smart office buildings. 
There are also so-called Net Zero Carbon certifications, which focus on climate neutrality, or Zero Waste certifications, which are intended to promote the circular economy, to name just two further examples.

Similarities and Differences

Below is a comparative overview of the market-relevant certification systems in Europe: BREEAM, LEED®, DGNB, HQE and WELL Building Standard.

BREEAM stands for Building Research Establishment Environmental Assessment Method. This certification system was developed in 1990 in the United Kingdom (UK) by BRE Global Limited (UK 1990). Established in 1921, BRE is an independent research and certification organisation under the BRE Trust and accredited to UKAS, which launched the first certification schemes in 1990.

Since its launch, more than 2.94 million buildings have been registered and over 1.025 million certified. BREEAM is currently present in over 100 countries. BRE Global Limited is the BREEAM scheme provider for buildings in the UK and internationally and is primarily responsible for the development of the BREEAM scheme variants. There are also country representatives, the so-called "National Scheme Operators" (NSOs). The NSOs have an exclusive licence from BRE Global to develop BREEAM system variants adapted for the respective country. This involves adapting the content of existing BREEAM system variants to local standards, considering standardisation, legislation and building culture and ensuring comparability with the international BREEAM standard. There are currently five European NSOs. Since October 2016, TÜV SÜD Industrie Service GmbH in Frankfurt am Main has been the exclusive licence partner of BRE Global and therefore the sole standard setter for BREEAM systems in Germany, Austria and Switzerland. There are further country representatives in the Netherlands, Sweden, Norway and Spain.

Depending on the desired certification level, there are various minimum requirements that must be met for certification. In general, new build and refurbishment projects, existing buildings, urban neighbourhoods and infrastructure projects can be certified. There is a separate "Home Quality Mark" system for residential buildings.

BREEAM Certification Levels

The assessment is based on achievable levels of fulfilment, which are awarded stars. Depending on the degree of fulfilment achieved, properties are awarded from 1 star to 5 stars for new builds and modernisation and from 1 star to 6 stars for existing buildings.

BREEAM rating for existing buildings

BREEAM rating for existing buildings

BREEAM rating for new buildings and modernisation projects

BREEAM rating for new build and modernisation

BREEAM Sustainability Categories

The BREEAM rating system for new buildings contains nine main categories and the additional category "Innovations". In accordance with the "Code for a Sustainable Built Environment", BREEAM considers all life cycle phases of properties.

  • An icon for management that shows a desk connected to three other desks. The icon is white on a light blue background.

    Management

    The aim of this category is to integrate sustainable management practices into planning, construction, commissioning, handover and aftercare. An important component is the optimisation of projects based on their predicted life cycle costs.

  • An icon showing health and wellbeing, an apple in the shape of a heart with a heart current curve. The outline is white on light green background.

    Health and wellbeing

    This category assesses the comfort, health and safety of building users.

  • An icon showing energy and containing two arrows arranged in a circle and a lightning bolt, in white outlines on a pink background.

    Energy

    The energy criteria are intended to promote energy-efficient building solutions, systems and appliances, as well as a reduction in CO2 emissions, particularly by using renewable energies.

  • An icon showing transportation and electromobility, a bus in white outline on a blue background.

    Transport 

    The criteria in this category assess the location and infrastructure of the site, e.g. based on proximity to public transport and local amenities. The implementation of environmentally friendly transport solutions is also promoted.

  • An icon showing drinking water consumption, three polluted water drops, one filter, one cleaned drop, in white outlines on light blue background.

    Water

    The aim of this category is to reduce the consumption of drinking water by ensuring that indoor and outdoor facilities are as water-efficient as possible and by using rainwater or grey water.

  • An icon showing building materials, arranged into an accumulation.

    Materials

    The criteria in the Materials category promote the reduction of negative environmental impacts of the building materials and other materials used. A life cycle assessment is used to measure the environmental impacts over the life cycle of the respective building, from planning and construction to maintenance during building operation.

  • An icon showing waste management, two arrows arranged to form a circuit, within it a trash can in white outline on a purple background.

    Waste 

    This category assesses sustainable waste management during the construction and operational phases.

  • A symbol of land use, a white tapered leaf on a green background.

    Land-use and Ecology 

    The objectives of this category are the promotion of sustainable land use, the protection of habitats and the improvement of biodiversity at the site.

  • An icon showing pollution, a factory, a tree, smoke from the chimney, radiation, in white outlines on a light green background.

    Pollution

    This category is concerned with the prevention and reduction of emissions to air, water and soil.

  • An icon showing innovation, a glowing light bulb in white outline on an orange background.

    Innovation 

    In this category, special commitment and innovative measures are rewarded.

Percentage weighting of the individual categories for BREEAM New Buildings (non-residential buildings)

Circular graphic showing BREEAM categories

 

For the assessment of existing buildings, the current system version v6 introduced the additional categories of resources and resilience to promote the circular economy and adaptation to climate change.

The further development of the BREEAM system variants addresses issues such as a binding climate protection roadmap, the further promotion of the circular economy and resilience as well as greater compatibility with standards recognised throughout Europe, including the EU taxonomy.

 

BREEAM is a registered trade mark of BRE (Building Research Establishment Ltd. European Trade Mark No. 5778551). The BREEAM trade marks, logos and seals are copyright of BRE and are distributed only with permission. The BREEAM Trade Marks are used under licence.