This project involves the design and development of an automated inverter testing machine built for precise validation of inverter units in a controlled production environment.

The system is designed to perform functional, electrical, and performance testing to ensure each inverter meets defined quality and safety standards before dispatch. It integrates testing modules, sensors, and control systems to deliver accurate and repeatable results.

Built with a modular aluminium profile structure and enclosed safety guarding, the machine ensures safe operation and process stability. A centralized control panel with HMI enables real-time monitoring, data logging, and test result management.

This solution is suitable for high-volume production where consistency, traceability, and testing accuracy are critical.

Key features

• Automated inverter functional and electrical testing
• High accuracy and repeatable test cycles
• Integrated sensors and measurement systems
• HMI-based control panel for monitoring and operation
• Enclosed system for operator safety and controlled testing
  Data logging and traceability for each unit tested

Applications

• Inverter manufacturing lines
• Power electronics testing
• Electrical equipment validation
• End-of-line testing systems
• Inverter manufacturing lines
• Power electronics testing
• Electrical equipment validation
• End-of-line testing systems
• Inverter manufacturing lines
• Power electronics testing
• Electrical equipment validation
• End-of-line testing systems
• Inverter manufacturing lines
• Power electronics testing
• Electrical equipment validation
• End-of-line testing systems
• Inverter manufacturing lines
• Power electronics testing
• Electrical equipment validation
• End-of-line testing systems
• Inverter manufacturing lines
• Power electronics testing
• Electrical equipment validation
• End-of-line testing systems
• Inverter manufacturing lines
• Power electronics testing
• Electrical equipment validation
• End-of-line testing systems