List of products by brand MEAN WELL

Mean Well offers power-conversion solutions for industrial and embedded integration, with a strong focus on DC-DC converters and battery chargers. These products are used to adapt 12/24/48 V (and higher) battery buses, supply auxiliary loads, and support a safe, maintainable power architecture.

Mean Well is a power-conversion brand commonly integrated into industrial and embedded electrical architectures. The portfolio includes DC-DC converters and battery chargers used to adapt a battery bus, supply subsystems, and improve power robustness in demanding environments (temperature, vibration, EMC constraints, duty cycles).

DC-DC converters

• Voltage conversion for auxiliaries and subsystems: step-down (buck), step-up (boost), or combined topologies depending on the architecture.
• Isolated or non-isolated versions to match safety, grounding strategy and interface constraints.
• Multiple integration formats: PCB, enclosed/chassis, DIN-rail mounting (series-dependent).
• Common integration functions (model-dependent): remote ON/OFF, current/voltage/temperature protections, current limiting, and thermal derating behaviour.

Battery chargers

• Chargers suited for traction and auxiliary batteries in industrial, mobility and marine applications (model-dependent).
• Charge profiles and parameters to be defined according to chemistry and system strategy (lead-acid, lithium), including charge phases and safety conditions.
• Mechanical formats and control interfaces vary by series to support workshop, rack or embedded integration.

System integration

• Sizing based on input bus voltage, output voltage, continuous current, transients and available cooling.
• Typical design points: upstream protection (fuse/breaker), cable sizing, grounding, filtering and EMC considerations for the target environment.
• Plan thermal margins (derating), mechanical accessibility and maintenance strategy for long-term operation.

Typical use cases

• Battery bus conversion (e.g., 48 V to 24 V/12 V) to supply controls, instrumentation, telecom, pumps, ECUs and auxiliaries.
• Battery charging on machines, vehicles and hybrid systems with duty-cycle and environmental constraints.
• Multi-source architectures: battery + charger + auxiliary conversion, with project-defined priorities and safety logic.