Post RFQ
The core advantages of this new energy specific tester include support for DC 1500V high-voltage output, meeting the testing needs of photovoltaic inverter and wind turbine pitch protection devices. It has a dedicated islanding protection testing module, which can accurately simulate the islanding state of the new energy grid and test the protection device's response speed. The 4G communication function enables remote data upload, allowing managers to view test data in real-time through the cloud platform. It supports synchronous multi-channel testing, improving the detection efficiency of new energy power stations, and solves the pain point that traditional testers cannot adapt to DC high-voltage testing scenarios.

This new energy specific relay protection tester has dimensions of 600×500×300mm and a total weight of 35kg, with an aluminum alloy body for enhanced heat dissipation and durability. It supports DC 0-1500V voltage output and DC 0-500A current output, as well as AC output parameters consistent with the professional three-phase tester. It supports grid drop simulation and synchronous phasor testing, meeting the testing needs of new energy grid-connected detection. The power adaptation range is AC 110-480V/DC 100-2000V, adapting to various working environments of new energy power stations. The body protection grade is IP30, suitable for outdoor and indoor new energy power station working environments.

This tester is mainly applicable to photovoltaic power station grid-connected testing, wind farm protection device calibration, factory inspection of new energy equipment, and energy storage station protection system testing. It is suitable for testing new energy specific protection devices such as photovoltaic inverters, energy storage converters, and wind turbine pitch controllers, and can meet the standardized testing needs of new energy power station operation and maintenance teams, providing accurate data support for the safe and stable operation of new energy power systems.