Sylfen is awarded the Deeptech’s call for project by BPIFrance

To reach its goal, the ALTAÏR project is divided into 3 development axes:

• Optimization of Sylfen’s core technology, the rSOC energy processor, which consists in qualifing and optimizing all the critical components of this system: rSOC stacks, pumps, heat exchangers, power converters, monitoring and safety equipments, and the associated command control. The objective is to guarantee reliability, performance and competitiveness of the product, as well as the robustness of the industrial supply chain.
• Optimization of the rSOC energy processor hybridation with other Smart Energy Hub’s subsystems:
  • The battery module for short-term energy storage
  • The compression and hydrogen’s storage module
  • The heat valorization module
• The pursuit of Sylfen’s software developments suite, including :
  • A multivector EMS (Energy Management System): PASEO, a highly inovative tool to control electricity, gas and heat flows according to the dynamic needs of the customer site
  • The pre-sales softwares: ProfilBat and ConfigDym, to define the best configuration of the Smart Energy Hub for each specific customer needs
  • New client interfaces (Sylfen App) and back office software tools

While providing support through the ALTAÏR project, BPI-France allows Sylfen to accelerate the improvements of its intellectual proprerty.

This project also contains market and certification researchs, focalised at first on most promising countriesat European perimeter: Italy, Spain, Germany and Belgium. Starting 2021, Sylfen will lead a worldwile study of countries which could benefit the most from the future ’’medium-power’’ Smart Energy Hub, in order to deploy this offer of low carbon, low energy for commercial zones, big campuses, industrial sites and entire neighbourhoods.

Sylfen thanks warmly BPI-France for its support of highly industrial start-ups. With this support, Sylfen aims more than ever for the worlwide technology leadership, making possible a reliable, competitive and low carbon local source of energy.