The irreversible exhaustion of natural resources, global warming, increasing inequality between countries, air pollution and its impact on public health …
Whether it is environmental, economic or social, the modern world faces major challenges that only a profound change in energy can respond to.
Energy transition is up and running
The current energy models rely mainly on fossil energy, which gives rise to two major concerns:
- Oil, gas and coal are the main forms of energy used, but they are also the most polluting, responsible for global warming and air pollution,
- Present on earth in only limited quantities, they are becoming more and more rare.
Energy transition supports the widespread adoption of renewable energy and eases its integration
We need new ways to think about the production and consumption of energy, freeing ourselves from our dependence on fossil energy. “Energy transition for green growth” thus aims to decarbonize our energy mix and to create new forms of value, dramatically increasing the shares of renewable energy by relying on the introduction of Smart Grid.
Striving towards a low carbon society
Solar, wind, hydraulic: energy transition relies on clean energy, allowing it to respond to the growing need for energy while maintaining the:
- Preservation of our planet’s resources,
- Reduction of CO2 emissions,
- Improvement of air quality and reduction of particle emissions,
- Local economic growth through the production of decentralized energy,
- Creation of collaborative projects, mobilizing all invested parties in the territory.
The deployment of renewable energy and the emergence of a low carbon society are the subject of a global consensus, as evidenced in the COP21 / COP22 agreements, local government plans (the energy transition law in France, Energiewende in Germany, etc.), the commitment of major energy providers, car manufacturers, or the transformation of the industry.
At the heart of this project that has made a profound change in our societies, the hydrogen carrier plays a central role.