Total Output: 26V / 500A DC
Configuration: 5 rack units parallel
Individual Unit: 26V / 100A each
Technology: High frequency switching
Ripple: <2%
Cooling: Air cooled per unit
Control: Master-slave digital ±0.5%
Mounting: 19-inch racks
Applications: Electrocatalysis research, fuel cells, electrolyzers, CO2 reduction
This 500A 26V air cooled electrocatalysis rectifier is composed of five modular rack units working in parallel. It delivers precise DC power for advanced electrochemical research, catalyst testing, and pilot plant operations requiring scalable configuration. Consequently, this modular system provides flexibility for evolving research needs while maintaining laboratory-friendly air cooling.
This electrocatalysis rectifier utilizes five independent rack-mounted units configured for parallel operation. Therefore, researchers can start with fewer units and expand as project requirements grow. Moreover, the modular architecture provides built-in redundancy for critical experiments. Additionally, individual units can be removed for maintenance without shutting down the entire system.
This modular electrocatalysis rectifier is specifically optimized for research institutions requiring flexible power configurations. The rack-mount design integrates seamlessly with standard laboratory equipment. Consequently, valuable bench space is preserved while maintaining full 500A capability. The modular approach allows researchers to configure exactly the power they need.
Electrochemistry laboratories use this system for fundamental catalyst mechanism studies. Fuel cell research centers employ it for membrane electrode assembly testing. CO2 reduction researchers utilize it for electrochemical conversion experiments. Water splitting laboratories apply it for electrolyzer catalyst development. Battery research facilities use it for material characterization.
The five-unit configuration provides exceptional flexibility for changing research needs. Researchers can operate individual units for small-scale screening experiments. Full parallel operation enables large-scale validation studies. The modular design also simplifies troubleshooting and maintenance. Spare units can be kept for immediate replacement if needed.
Precise voltage control enables accurate overpotential management for catalytic reactions. Ultra-low ripple output prevents unwanted side reactions and catalyst degradation. Stable current maintains consistent reaction rates throughout experiments. These capabilities yield reliable data and reproducible research outcomes.
Individual units deliver the same precision as standalone research rectifiers. Master-slave control ensures perfect load sharing between all five units. Fast transient response maintains stability during dynamic experimental conditions. Digital interfaces integrate with data acquisition systems for comprehensive monitoring.
Air cooling eliminates water connections, simplifying installation in lab settings. Individual unit fans operate quietly for comfortable working conditions. The rack-mount design saves valuable bench space. Maintenance requires only periodic filter cleaning.
