Leveraging our strong design and engineering capabilities, we are committed to custom-developing and manufacturing high-quality electrical and control products for ships, offshore platforms, nuclear power, and industrial applications. All products comply with relevant international standards (such as ABS, DNV, GL, IEC, etc.) and have obtained the necessary certifications.
Design and manufacture marine electrical equipment suitable for ship and offshore environments, including medium and low-voltage main switchboards (MSB), emergency switchboards (ESB), distribution boxes (MCC, SDB), starters, shore power distribution boxes, and shore power socket boxes. All equipment meets corrosion resistance, vibration resistance, and IP protection standards.
Design and integrate systems such as Fire & Gas Detection (F&G), Emergency Shutdown (ESD), Process Control System (PCS), Valve Remote Control (VRC), Level Telemetry System (LTS), and Engine Room Monitoring & Alarm System (AMS).
Custom development and production of electrical control cabinets, power units, operator consoles, and complete electrical control systems for various types of lifting equipment.
Provide temporary shore power solutions for shipyards, designing and manufacturing dockside shore power systems that convert 50Hz utility power to 60Hz/50Hz power required by vessels, meeting special power requirements during berthing or new ship construction.
Provide shipyard load testing solutions, designing and manufacturing test load equipment for generators and UPS systems, including low and high voltage loads. Resistive loads simulate various operating conditions for generator performance testing and maintenance.
Support repair and testing of onboard electrical equipment during ship maintenance. Equipped with a 60Hz power supply (200KVA) and 60/50Hz motor and electrical test panels in the electromechanical workshop. Test panels can accommodate 440V/60Hz and 380V/50Hz motors with separate output distribution panels and bypass switching devices for seamless operation.
Typical projects include spent fuel/nuclear fuel/graphite sphere loading devices, suction devices, feed hose devices, agitation devices, mobile camera units, vertical shaft temperature measuring devices, feed collection units, and residual heat discharge measurement systems. For example, the hose agitation device applies horizontal motion to the hose inlet above the fuel bed to improve suction efficiency, and this product has been granted a national utility model patent.
