Brussels-based energy technology company providing modular first-life LFP BESS together with a proprietary EMS and cloud analytics platform. The solution combines an integrated battery-and-energy management architecture with continuous monitoring and digital-twin-based analytics to optimize performance, reliability, and lifetime. Up to February 2026, 80 MW of smart-controlled flexible assets and manages 150 MWh of battery storage capacity, reflecting strong growth and a rapidly expanding position in the flexibility and storage market were operated by the company.



Research is a core pillar of their activities to stay aligned with state-of-the-art methods and to shape future products based on market needs and emerging technologies. They are active in European (e.g., Horizon) and national R&D projects and focus on State-of-X topics (SoC/SoH), lifetime and Remaining Useful Life modelling and advanced EMS control for more efficient multi-asset power flow.



Main products & services offered:

Hardware product:

• Modular Battery Energy Storage Systems (BESS) for the C&I segment ranging from 100 KWh to 5 MWh.

Services:

Battery care

-Detailed remote monitoring and automated alerting

-Troubleshooting in case of issues with the Battery System

-Warranty management



Energy Management System (EMS)

-Self-consumption optimization

-Peak shaving

-Market arbitrage (day-ahead and imbalance markets)

-Grid services

-Value stacking of different applications



Advantages and Innovations

• Integrated Battery & Energy Management linking BMS data directly to EMS optimization

• ClouD dashboard & analytics for fleet monitoring and operational insights

• Digital twin technology supporting diagnostics and lifetime optimization

• Continuous battery health monitoring (Octave Battery Care) with in-house SoH estimation

• State-of-X R&D (SoC/SoH) + advanced EMS control to improve accuracy and efficiency



Technical Specification or Expertise Sought

Seeking industry partners and research centers to collaborate on its R&D roadmap and accelerate next-generation BESS and EMS innovation.



Collaboration topics include improved State-of-X (SoC/SoH) estimation accuracy, lifetime and Remaining Useful Life modelling, and integration of these models into EMS optimization algorithms. The SME also aims to co-develop forecasting and smart control capabilities, including weather-condition–based forecasting, household consumption mapping, and AI-based control to optimize multi-asset power flow more efficiently.



Expected Role of a Partner:

Research and industrial partners to develop EMS algorithms further, improve SoC accuracy, and enable lifetime-aware battery optimization.



Type of partnership:

Research and development cooperation agreement Commercial agreement with technical assistance.



Should you have any questions, feel free to contact Mar Coromina (mcoromina@secartys.org | 623 35 59 80)