Our Swiss-market specialized component lineup includes high-voltage diodes, thyristor control units, silicon stack rectifiers, and surface-mount assemblies tailored for heavy-duty battery charging racks, energy storage systems (ESS), and industrial DC power plants.
Switzerland represents one of the world's most demanding industrial landscapes for power conversion equipment. Driven by the Swiss Energy Strategy 2050, strict decarbonization targets, and an ultra-reliable railway and grid infrastructure managed by SBB, Swiss OEMs demand battery charging systems engineered for zero unplanned downtime, exceptional power density, and uncompromised electromagnetic compatibility (EMC).
As an established custom power conversion designer and OEM manufacturer with roots tracing back to 1992 (incorporating historical power platform lineages such as Powerstax PLC), we supply Swiss system integrators in Zurich, Basel, Bern, Lausanne, and Geneva with robust AC-DC chargers, DC-DC converter modules, and high-voltage thyristor-controlled transformer rectifiers.
Whether your application demands low-ripple chargers for stationary battery energy storage systems (BESS), Medistax® ultra-low leakage power units for Swiss MedTech backup, or heavy-duty sub-zero alpine chargers for electric municipal fleets, our engineering team builds tailored power topologies around your exact thermal and electrical requirements.
Our factory produces specialized battery charging architectures and component rectifiers designed specifically to withstand Switzerland's rigorous industrial environments and environmental conditions.
High-altitude solar microgrids in the Swiss Alps require wide operating temperature battery chargers (-40°C to +65°C) with conformal coating and robust surge suppression. Our thyristor-controlled rectifiers and high-power DC front ends deliver stable floating charge to LiFePO4 and lead-acid banks supporting critical communication towers and remote alpine pass infrastructure.
Basel’s pharmaceutical sector requires isolated, low-noise battery backup systems for sensitive diagnostic devices and cold-chain storage units. Utilizing our Medistax® low-leakage technology and precision bridge rectifiers (such as KBP307 & SOD-123FL rectifiers), we ensure compliance with IEC 60601-1 medical isolation standards.
In automated manufacturing facilities in Winterthur and St. Gallen, Automated Guided Vehicles (AGVs) rely on ultra-fast charging stations. Our high-current silicon controlled rectifiers (SCR 25A) and fast-recovery Zener modules enable high pulse currents and dynamic current loop adjustment for lithium traction battery packs.
Public bus networks and depot charging infrastructure across Swiss municipalities demand industrial-grade AC power supplies and high-current diode blocks (such as 2CLG20KV/50A-WT) capable of handling severe inductive spikes and continuous heavy loading without degradation.
Switzerland's green hydrogen projects require custom thyristor-controlled transformer rectifiers delivering thousands of amperes with low total harmonic distortion (THD). We supply both modular DC conversion blocks and complete transformer-rectifier units for electrolyser stack conditioning.
Compare our standard power topologies and customized sub-assembly components engineered for Swiss equipment integrators.
| Charger / Rectifier Topology | Input Voltage Range | Output Voltage / Current | Typical Efficiency | Primary Component Subsystem | Target Swiss Application |
|---|---|---|---|---|---|
| Thyristor Phase-Controlled TR | 230V / 400V / 690V AC (3-Phase) | 12V – 1000V DC (Up to 5000A) | 92% - 95.5% | ZP100A Spiral Diode / SCR 25A Blocks | BESS Heavy Charging, Hydrogen Electrolysis |
| High-Voltage DC Converter (HVDC) | 400V AC / 800V DC Bus | Up to 200 kV / 150 kW | 94% - 96.0% | 2CLG20KV/50A-WT & HVP-16 HV Stacks | RF Induction, HV Battery Test Labs, Research |
| Modular Active PFC AC-DC Charger | 90V – 264V AC Universal | 24V, 48V, 110V DC (Up to 10 kW) | 95.5% - 96.5% | KBP307 Bridge Rectifier / P0080TA Zener | AGV Depot Fast Charging, Telecom Power |
| Isolated MIL-COTS DC-DC System | 18V – 36V DC (28V Nominal) | Custom DC Outputs (Up to 7.2 kW) | 90% - 94.0% | 1N4006W SOD-123FL Traceable Diodes | Swiss Defence, Heavy Electric Mining Vehicles |
| Motor Control & Brake Rectifier | 400V AC Input | 180V DC Output (Model M400) | 98.0% | OEM Controlled Rectifier Brake Module | Elevator Emergency Braking, Heavy Hoists |
Engineers and purchasing directors in Switzerland prioritizing battery charger manufacturing partners look beyond basic nominal specs. User intent mining across European technical channels highlights four crucial decision factors driving Swiss procurement:
From modifying mechanical enclosures to designing custom PCB magnetics, our design team adapts platforms to your exact chassis.
Every unit undergoes full thermal cycling, high-voltage hi-pot insulation checks, and automated functional parameter validation.
Streamlined customs clearance, direct technical engineering assistance, and full lifecycle spare parts availability.
Detailed technical answers to common queries regarding battery charger manufacturing, component selection, and Swiss market delivery.
We design and manufacture battery charging systems spanning from 500W compact isolated converters up to 10 kW per single chassis rack, 7.2 kW DC-DC converters, and multi-megawatt thyristor-controlled transformer rectifiers. Our topologies include LLC resonant switch-mode power supplies (SMPS) for high efficiency, Phase-Shift Full-Bridge (PSFB) for wide battery voltage ranges, and heavy-duty thyristor phase control for industrial electrolysis and bulk energy storage charging.
All custom battery chargers and component modules engineered for the Switzerland market comply with relevant Low Voltage Directives (LVD) and EMC Directives. We design according to IEC/EN 62477-1 (safety requirements for power electronic converter systems), IEC/EN 61851 (electric vehicle conductive charging), and IEC 60601-1 for medical equipment power supplies. Our factory maintains ISO 9001 certified quality control with documented compliance routes.
Yes. Our value-added engineering team specializes in clean-sheet custom power design as well as modifying existing standard platforms. We handle electrical topology selection, custom transformer winding, thermal cold-plate engineering, mechanical enclosure design, firmware development for CANbus/MODBUS communications, and qualification testing to meet your exact OEM specification.
For high-voltage battery racks and RF induction chargers, we utilize high-avalanche components such as the 2CLG20KV/50A-WT (20KV/50A High Voltage Rectifier Diode Block) and the HVP-16 High Voltage Silicon Stack Rectifier (17.5KV). For primary AC input rectification and phase control, we integrate heavy-duty components like the ZP100A 1600V Spiral Diode and TO-220 SCR 25A silicon controlled rectifiers.
We offer structured supply programs for Swiss OEMs, including buffer stock management, scheduled releases, and long-term component availability guarantees. Standard prototypes can typically be configured within 4–6 weeks, while production batches are delivered under strict ISO 9001 controls with full component lot traceability certificates.
You can click any of the "Send an Inquiry" buttons on this page to launch our instant live inquiry modal. Share your target voltage, current, input source, ambient operating envelope, and compliance targets with our engineering team, and a senior power conversion engineer will respond with a preliminary proposal and technical route within 24 hours.
Talk directly with our power engineering specialists. Whether you require component rectifiers, high-voltage diode blocks, or a clean-sheet custom battery charging power subsystem, we deliver proven British-engineered power reliability.
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