Systems thinking meets the future of energy.
Engineering, high-voltage batteries and energy storage -
integrated in the ebs group.
We develop and operate safety-critical energy systems for defense, industry, medtech and energy. Three divisions, one responsibility. From architecture to operation.
Engineering
(ENG)
We develop electronics and embedded software for systems in accordance with IEC, ISO and EN. FPGA design, safety, testing and support through the approval process.
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Battery & Electronics Systems (BES)
We build battery systems, power electronics and UPS solutions for industry. Deterministically controlled via the ecore Software Reference Architecture
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Energy & Service Systems
(ESS)
We implement storage for trading, optimization, co-location and microgrids. Single-level to multilevel - including operation.
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Strong partners under one roof.
We combine proven expertise: e.bs kumkeo GmbH is responsible for system engineering as ENG (Engineering), while e.bs AG is responsible for the BES (Battery & Electronics Systems) and ESS (Energy & Service Systems) divisions. With over 15 years of industry experience, we develop sustainable architectures for sectors in which reliability, availability and compliance with standards are crucial. From defense to energy to industry: we think and take responsibility for complex systems from a single source.
Three divisions. Three clear roles.
ENG develops the building blocks. BES uses them to build architectures. ESS brings them into the field.
The result: shorter development times, fewer interface risks, responsibility across all levels.
Energy, Management, Control.
Three products, one wind turbine.
We have revamped our technology stack for wind turbines.
Embedded Engineering,
which is certified.
We develop electronics and software for devices that must be certifiable in accordance with IEC 61508, ISO 26262, EN 50657 or comparable standards. From the architectural decision to support through the approval process.
Focal points:
- Embedded Systems & FPGA
- Electronics and system architecture
- Safety engineering (including IEC, ISO, EN standards)
- Test, verification & validation
- Certification support
Typical markets: Defense, MedTech, industrial energy and control systems.
ENG stands for methodologically sound development, standards-compliant documentation, and technically robust system architectures.
Typical markets: Defense, MedTech, industrial energy and control systems.
To our solutions in the ENG sector
High-voltage architectures that remain manageable.
We integrate HV batteries, DC buses, UPS systems, and power electronics into deterministically controlled architectures. At the heart of this is the ecore Software Reference Architecture.
We are not a cell manufacturer. We are system architects for demanding industrial applications.
To our solutions in the field of BES
Energy storage as infrastructure.
We develop and operate safety-critical energy systems. With 15 years of
Embedded development, power electronics, and battery systems for industry, defense, and
Our storage platforms were developed for MedTech—not the other way around.
The battery, inverter, control system, cooling system, and fire protection come from the ebs group—tested,
The battery, inverter, control system, cooling system, and fire protection come from the ebs group—tested,
documented and based on a sense of responsibility. Throughout the system, we work with a network of Specialized contractors, EPC partners, and sales partners. We determine the scope of collaboration on a project-by-project basis.
- estorage COMPACT SYSTEMS: All-in-one small-scale storage systems, for indoor and outdoor use.
- estorage CABINET SYSTEMS: Modular indoor and outdoor cabinets for commercial use and those new to trading.
- estorage CONTAINER & CUBE SYSTEMS: Industrial storage as a complete solution with connection to the low-voltage grid.
- estorage UTILITY-SCALE SYSTEMS: Large-scale storage systems with a central inverter and medium-voltage connection.
To our solutions in the area of ESS
ecore Software Reference Architecture
ecore is our software reference architecture for deterministic real-time control. It runs on AMD® Zynq® UltraScale+™ MPSoCs and executes low-latency control algorithms in parallel to an embedded Linux - optionally generated from Simulink®. Over 15 years of development. Used in safety-critical industrial and energy systems.
Case Study
How Sartorius ensures the precision and reliability of the Cubis® laboratory balance control system with our embedded software.