E-Lectra presents available power electronics stacks, BMS platforms, battery-system architectures, electric go-kart systems and PowerLab laboratory systems as configurable baselines, ready to be adapted to each customer program.
The template separates customer-ready industrial baselines from laboratory products, while keeping the same engineering, validation and production-readiness logic visible.
Productized converter stacks, BMS platforms and battery systems used as configurable technical baselines for application-specific integration.
Modular laboratory configurations for converter research, fast prototyping, embedded-control development and HIL-ready validation workflows.
These are not blank-sheet ideas. They are engineered platforms with known topology, technology, power range and integration logic, configured around final electrical, thermal, mechanical, control, safety and communication requirements.
Complete electric go-kart product platform for rental fleets and racing applications, combining e-drive, battery systems, BMS, vehicle control and cloud-connected fleet management.
Rugged 48 V charger platform for forklifts, electric go-karts, golf cars and light industrial electric vehicles, engineered for high-current battery charging in demanding environments.
SiC-based Power Electronics Building Blocks designed as modular baselines for high-efficiency, high-power-density and scalable converters in medium-voltage and high-power applications.
High-frequency modular DAB platforms for isolated DC/DC conversion, either unidirectional or bidirectional, designed for scalable units in charging infrastructures, battery interfaces and energy storage systems.
Representative hardware from E-Lectra development and validation activities, showing converter stacks, BMS boards and power modules used across industrial and PowerLab platforms.
High-frequency isolated DC/DC stack for compact conversion on 48 V and 400 V platforms.
Bidirectional isolated platform for power sharing, charging modules and special systems.
HV platform for solid state transformers, HVDC conversion and high-continuity energy systems.
Robust three-phase inverter platform for industrial applications where maturity and serviceability matter.
High-efficiency inverter platform for compact, dynamic and thermally demanding systems.
High-density AC/DC front-end for compact power supplies, chargers and OBC platforms.
SiC AC/DC front-end for high-power OBC, chargers and industrial systems, bidirectional-ready where required.
Control platform coordinating BMS, converter, DC bus, charge/discharge profile, diagnostics and fault handling.
Modular battery systems for marine, stationary, aerospace, defence and mission-critical applications.
Each platform can be supplied as a configurable baseline or integrated into a complete subsystem, preserving product immediacy while adapting the final solution to demanding application constraints.
PowerLab gives the product catalogue a dedicated laboratory category: modular converter benches, rack configurations and integrated power stacks for education, advanced research, prototyping and HIL-ready validation.
Compact converter stacks that can be embedded into laboratory benches or research platforms.
Bench systems for rapid topology changes and converter-control experiments.
Integrated rack configurations for structured laboratory use and repeatable validation.
Core converter configurations for teaching, prototyping and applied power electronics research.
The catalogue page can use this matrix to help visitors move from application needs to a visible product baseline.
Product pages can later become individual sheets with pictures, power ratings, electrical data, configurable scope and validation status for each platform.
