Battery energy storage systems with embedded control and real-time monitoring
C-battery manufactures battery energy storage solutions (BESS) for distributed renewable energy systems, with a tech stack built on Python, Simulink, React, and industrial protocols (CAN, Modbus, MQTT). The engineering-heavy org (5 engineers in an 11–50-person company) is actively scaling embedded control software, IoT/cloud monitoring platforms, and production automation—suggesting a shift from prototype to industrialized product lines. Pain-point data confirms this: the team is working through client customization, safety compliance, and manufacturing efficiency as they move toward repeatable, scaled delivery.
C-battery designs and manufactures battery energy storage systems aimed at optimizing renewable energy consumption at the grid edge. Their product suite includes lithium-ion and solid-state battery solutions paired with AI-driven peak shaving and energy trading capabilities. The technical architecture spans embedded firmware (for battery management), real-time monitoring (IoT/cloud platform), and integration with legacy industrial protocols (Modbus, CAN). They serve customers installing solar and other renewable sources who need local storage to reduce grid instability and optimize energy costs. Based in Temse, Belgium, the company operates as a lean, engineering-focused manufacturer with active hiring in Belgium across hardware, software, and manufacturing roles.
Simulink, Python, JavaScript, Docker, TimescaleDB, InfluxDB, React, plus industrial protocols (CAN, Modbus, MQTT) for battery control and integration. Odoo for enterprise systems, EPLAN and AutoCAD Electrical for design.
Scaling BESS solutions with client-specific battery platform adaptations, embedded control firmware, real-time IoT/cloud monitoring, diagnostics/safety features, and production automation. Actively industrializing product lines.
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