As part of a floating hotel residence development, CCHE explored issues related to energy autonomy in a marine environment. Energy generation is fundamental to any inhabited setting, so we began our approach by addressing this essential need. These considerations gave rise to the MEA project: a floating, self-sufficient energy unit.
Fundamentals
This project is based on two key principles: energy autonomy and environmental integration. This nomadic floating unit can generate energy and feed it into both land-based and maritime electrical grids. It is designed to meet the energy and food production needs of approximately 40 people and integrates four renewable energy sources: solar, wind, tidal, and wave energy.
Energy unit
Biomimicry and parametric design
The form development was conducted using parametric design to test numerous iterations and is based on biomimicry—an approach where shapes draw inspiration from living organisms. One of the main references was The Art of Science, a collection of marine illustrations by artist and biologist Ernst Haeckel. Parametric design enables the modelling of complex geometries, the integration of diverse data, and the identification of correlations between them.
The Art of Science by Ernst Haeckel : a source of inspiration for biomimicry
Form study using parametric design
The project also emphasises symbiosis with the natural environment and the potential for habitat regeneration.
The unit is designed to be built using sustainable materials and to respond to various challenges while adapting to different contexts. It is particularly relevant in the face of rising sea levels driven by climate change. MEA offers an environmentally responsible solution to the current climate migration crisis.
This project calls for a wide range of specialist expertise—from marine engineering to the recycling of composite materials. In view of the significant technological and social challenges involved, CCHE is currently working with qualified partners to develop an initial prototype.
