Are you planning on building a residential housing complex or an educational campus with sustainable elements focusing on comfort and carbon footprint reduction? Then develop a Minergie District! Our districts are characterised by low energy consumption, low greenhouse gas emissions and sustainable water use. Outdoor spaces adapted to climate change and a good transport network for sustainable mobility increase the quality of life for residents. Minergie buildings are also characterised by an above-average level of user comfort.

The standard is being developed as part of the CEELA project and is currently in the pilot phase. 

Advantages of Minergie District

• Greater comfort for users in the buildings and in their surroundings
• Reduces the carbon footprint 
• Minimises energy and water consumption 
• Has good infrastructure for cyclists and pedestrians 
• Aligned with sustainable taxonomy and ESG criteria

Few requirements, simple and efficient

The Minergie District standard is currently available for urban developments in Latin America and the Caribbean. To achieve certification, districts must have an energy reference area of 1,000 m² or more, comprising at least two buildings and two types of uses. The standard focusses on the most efficient measures, thereby reducing the number of requirements needed to meet.

• Comfort in buildings
  Buildings are characterised by above-average comfort through compliance with solar shading and natural ventilation requirements.
• District management
  The administration must ensure a well-organised development. Energy consumption is measured, so that incorrect configurations can be detected. Waste management ensures clean and environmentally-friendly disposal. Among other things, good outdoor lighting contributes to safety in the district.
• Energy and greenhouse gases
  A Minergie District is operated by minimising the use of fossil fuels. The solar energy potential of the surfaces is used and cooling meets the strictest efficiency requirements. The embodied greenhouse gases are also reduced to a minimum thanks to a limit value.
• Climate adaptation
  Avoiding heat islands and using water responsibly is very important for adapting to climate change. Green and shaded areas as well as permeable surfaces are integrated into the design of outdoor spaces. Efficient sanitation facilities reduce the consumption of drinking water.
• Mobility
  The road network in the district is safe for pedestrians and micro-mobility users (e.g. skates or bicycles). This includes pavements, speed reduction for cars and intersections with pedestrian crossings. There are sufficient parking spaces for micro-mobility and public transport links the district to the nearest centre.