Who are we?
Hazavagna ilaigna, Nanoé tavandraigna
A company with a mission
Founded in 2017, Nanoé is built on two complementary entities. In France, we develop our research and development activities, where we designed, assembled, and deployed our first nano-grid controllers. This technological expertise now allows us to quickly adapt our solution to the growing needs of rural electrification.
In Madagascar, our operational entity handles the deployment, operation, and development of projects on the ground. It supports rural communities in gaining access to electricity while promoting job creation, local skills development, and entrepreneurship.
By combining technological innovation and local roots, Nanoé addresses the immediate needs of electricity access while building sustainable energy infrastructure. Our model contributes to the development of a low-carbon, decentralized, and scalable electrical grid, with the ambition to be deployed more widely in other countries.
Learn more →A company that keeps evolving
- First 20 nano-grids
- First 100 subscribers
- 100 nano-grids
- 20 nano-entrepreneurs
- 500 nano-grids
- 1,000 nano-grids
- 60 nano-entrepreneurs
- 1 mesh network
- 1,500 nano-grids
- 2,500 nano-grids
- 150 nano-entrepreneurs
- 10,000 subscribers
- 2,800 nano-grids
- 150 nano-entrepreneurs
- 40,000 subscribers
- 4 mesh networks
- Energica (CyberWatt, AgriWatt and BricoWatt)
- 7 mesh networks
- 8 mesh networks
A team rooted in the field
Nanoé relies on a locally-based team to design, deploy, and operate its networks close to people's needs.
Agencies
Satellites
"We founded Nanoé with the conviction that electricity can change the daily lives of rural families in Madagascar — not by imposing a model from the outside, but by building with the communities.
- A word from the foundersScientific partnerships
Nanoé collaborates with academic partners to develop solutions tailored to rural electrification.
Lucas Richard
Javier Cano de Dios
Oran Murray
Awards
A company recognized for the innovation of its rural electrification model.
FR
MG
EN



