modular
compact
affordable
intuitive
In a society where energy needs are increasing year on year, as are demographics, and, where fossil resources are becoming increasingly scarce, we need to rethink how we produce energy and how we consume it. With the European objective of reducing our CO₂ emissions by 55% by 2030 (compared with 1990), it's urgent to find a green energy production solution.
The use of solar panels is becoming more widespread. The only problem is the intermittency of the energy produced. In fact, the system does not allow for night-time production, nor does it meet the need for additional energy in the mornings (6am-10am) and evenings (6pm-10pm).
TELI was designed to overcome this problem. This system, which could be deployed on a large scale, would smooth out production and make the green energy produced available on demand.
In a society where energy needs are increasing year on year, as are demographics, and where fossil resources are becoming increasingly scarce, we need to rethink the way we produce and consume energy.
The use of solar panels is becoming increasingly widespread, but they do not allow for night-time production, nor do they meet the need for additional energy in the mornings (6am-10am) and evenings (6pm-10pm).
TELI was designed to overcome this problem. This system, which could be deployed on a large scale, would smooth out production and make the green energy produced available on demand.
During the day, solar panels generate energy. Surplus electricity is used to power an electrolyzer that produces hydrogen. The hydrogen produced is stored in a tank. On demand, this hydrogen is then used to power a fuel cell, which then provides electricity to power the home and recharge the vehicle.
During energy conversion, the electrolyzer and heat pump produce heat, which is used for heating and domestic hot water. By recovering thermal energy in this way, we increase the system's overall efficiency.
The electrolyzer will also be fed from the grid, in the middle of the night during off-peak hours. The hydrogen produced will then be injected into the cell, resulting in the home being switched off during peak hours.
The Energy Transition for Individual Housing turnkey solution is modular, enabling it to be adapted to different types of building.
If you're interested in TELI, a compact, intuitive and secure system, contact us! We'd be delighted to help you with your project.
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