Called ReGen Villages, the project imagines a community of buildings that produce all their own food and energy – a model that aims to tackle a wide spectrum of global issues, from the food and water crises to the rise of CO2 emissions.
Each village would comprise a series of buildings with attached greenhouses, creating spaces where families can grow fruit and vegetables, farm aquaponics or recycle waste products.
They would also integrate sustainable energy technologies, producing all their own electricity.
"Our modern lifestyle is utterly unsustainable and this calls for more resilient solutions for the future," explained EFFEKT partner Sinus Lynge.
"The technology already exists, it is just a matter of applying science into the architecture of everyday life."
The project was born out of a research paper at Stanford University. One of its authors, entrepreneur James Ehrlich, further developed the idea to launch a tech-integrated real estate development company, and brought in EFFEKT to imagine what its buildings might look like.
The aim is to start building the first community of homes this summer in Almere, the Netherlands.
Other pilot projects are in the works for Sweden, Norway, Denmark and Germany, and there are also plans in development for the UAE, China and Africa.
"ReGen Villages is engineering and facilitating the development of off-grid, integrated and resilient neighbourhoods that power and feed self-reliant families around the world," said Ehrlich.
"The time has come to redefine residential real-estate development for the next three billion people coming to the planet."
The concept is similar to the idea of a cooperative community – a model that is proving increasingly popular, with similar recent examples in Belgium, the UK and Germany. But here the concept is slightly different.
With ReGen Villages, residents become part of a shared local eco-system, so different families can take on different roles in the community. As well as fostering a sense of camaraderie, this also helps to lift burdens on struggling municipal governments.
Each village would include a series of public squares, integrated with technologies like electric car charging points.
Individual homes would integrate photovoltaic solar panels to generate power and heat water. They would also feature passive heating and cooling systems, as well as natural ventilation, helping to keep electrical demand low.
There would also be closed-loop organic food and waste systems.
The team sees the project as an alternative to mass urbanisation, which forecasts over 2.5 billion people moving to cities in the next 50 years. It could offer solution to rising land prices and increasing scarcity of resources.
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