PowerPard battery test system receives buck-support strategies to control the fundamental circuit, and progressed PWM amendment innovation on AC side to acknowledge bi-directional control of DC and AC vitality. It can streamline the force factor and lessen consonant in fractional matrix. On DC side, propelled three-stage amazed current sharing control innovation is applied, acknowledging highlights for DC transport voltage: high-accuracy and low-swell yield, movable wide range, brisk powerful reaction, and so forth.

PowerPard battery test system is additionally programmable, and can be optionally evolved and applied with the assistance of host programming or remote test and control programming. It tends to be utilized for advancement and trial of following applications:
Vitality stockpiling framework/on-lattice inverter framework
Vitality reusing framework
Test framework for EV engine/controller
Test framework for EV transmission/powertrain framework
Test framework for committed EV engine/controller
Test framework for committed EV transmission/powertrain framework
Test framework for electric transmission/driving arrangement of boats/vessels

2.Features

High-accuracy 16-piece AD inspecting chip and propelled programming testing timing grouping calculation are received, acknowledging yield voltage exactness up to ± (0.1%·FS+5dgt), and current exactness up to ± (0.1%·FS+5dgt)

Progressed PWM amendment innovation is received on the dynamic front end, which can not just transmit/retain low consonant contortion current (THD≤3%) from matrix, diminishing the voltage symphonious, yet in addition control the solidarity power factor (PF>0.99), and improve the force factor. Plus, it is good to the voltage irregularity of lattice, and can withstand unexpected difference in voltage