Strong short-circuit withstand capability, able to endure instantaneous short-circuit current impacts caused by human factors during testing without deformation or damage.

Low loss and low temperature rise. High-performance materials and optimized design ensure minimal self-loss and heat generation, guaranteeing stable output and energy efficiency.

Excellent insulation performance with low partial discharge levels, providing a clean and pure power output that does not affect testing accuracy.

High overload capability. Using Class H or higher insulation systems, it allows short-term overload operation to accommodate sudden test loads.

High degree of customization. Voltage taps, multi-windings, special impedance, and special installation configurations (such as roller bases or busbar outlets) can be flexibly designed according to actual testing requirements.

Simple maintenance and environmental friendliness. Fully enclosed design enables easy internal maintenance, maximizes equipment availability, and reduces operating costs.