We design, develop and validate power converters, energy storage systems, electric drives and control platforms, supporting each project from concept to production.
E-Lectra combines specialist design, modelling, prototyping and validation capabilities to support customers across the full development path of electrified systems, up to production-ready platforms, pre-series and small-series production support.
The expertise areas define the technical foundation behind E-Lectra's work in automotive, smart energy, defence, marine and special applications, connecting engineering decisions with manufacturing feasibility, testing procedures and product readiness.
E-Lectra's capabilities cover the complete system chain: power conversion, battery management, electric drives, embedded control, simulation and laboratory validation.
Design and validation of converter architectures for industrial and special applications.
Battery management, battery-system architecture and integration for packs, racks and mobile platforms.
Electric drive systems for traction, industrial motion and integrated powertrain applications.
Embedded logic, control algorithms and communication layers for power and battery systems.
Model-based development and real-time validation for converters, drives, batteries and control units.
Testing-oriented engineering for robustness, reliability, pre-compliance and industrial readiness.
The same engineering logic can support a custom R&D project, an industrial product platform, a laboratory product configuration or a production-oriented delivery path.
Application targets, operating envelope, constraints, interfaces and safety goals.
Architecture, simulations, component choices and control strategy definition.
Hardware, firmware, mechanics, cooling and measurement setup.
Power, battery, drive, thermal and functional test campaigns.
SIL/HIL, fault scenarios, performance checks and compliance-oriented evidence.
System integration, documentation, interfaces and industrialization support.
Production support, end-of-line test logic, pre-series activities and small-series paths.
Technology choices are driven by efficiency, compactness, reliability, validation needs and the operating conditions of the final application.
SiC, GaN, IGBT and MOSFET technologies for compact, efficient and application-specific converter platforms.
Real-time control, diagnostics, CAN communication, calibration and firmware integration.
BMS, battery packs and racks, energy conversion and system-level supervision.
Model-based design, SIL/HIL validation, real-time emulation and automated fault scenarios.
Power electronics, battery, drives, thermal and EMC-oriented validation paths.
Prototype-to-product support, documentation, interfaces and productized platform adaptation.
The practical result can be a tested prototype, an engineering package, a validation report, or a productized platform ready for application-specific integration.
Hardware and firmware prototypes for converters, BMS, drives and control units.
Algorithms, embedded logic, diagnostics, calibration and integration support.
Measurement data, HIL/SIL results, test procedures and validation reports.
Configurable industrial or laboratory platforms connected to the product catalogue.
E-Lectra can support the definition, development, testing and integration of power electronics, battery systems and electric drive architectures.
