Digital Rectifier Transformer

The digital rectifier transformer is an intelligent special transformer designed to accommodate rectifier-type loads. It is equipped with built-in multi-dimensional sensor units that can monitor core parameters in real-time, such as winding hot spots, dissolved gases in oil, partial discharge and harmonics, and load surges. Relying on edge computing and IoT communication, it has the capabilities of insulation condition assessment, harmonic analysis, early fault warning, and intelligent regulation. It adapts to the nonlinear and high-impact characteristics of rectifier loads, supports remote operation and predictive maintenance, effectively improves operational reliability, and reduces total lifecycle costs. It is widely used in industrial scenarios such as electrolysis, metallurgy, and DC transmission.

Boost converter integrated unit

Boost integrated machines are mostly energy storage converter-boost integrated machines, integrating an energy storage converter, boost transformer, and intelligent measurement and control unit. They can complete AC-DC bidirectional energy conversion and voltage boosting in one step, directly connecting low-voltage energy storage batteries with medium- and high-voltage power grids.
The equipment supports both grid-connected and off-grid operation modes, providing peak shaving and frequency regulation, reactive power support, and emergency backup power capabilities. It adopts a factory-prefabricated integrated design, occupying a small footprint, featuring a short installation period, and low line loss, making it widely applicable in commercial and industrial energy storage, wind and solar power station support, grid-side energy storage, and microgrid scenarios.

Integrated Power Module

The integrated power module is a highly integrated complete power distribution unit that combines transformers, high and low voltage switchgear, and intelligent measurement, control, and protection devices in one. It features factory prefabrication and modular design. On-site, it only requires simple wiring to be put into use, significantly shortening the construction period, reducing the footprint, and minimizing on-site labor. Equipped with a digital operation and maintenance system, it can monitor operating status in real time, provide fault warnings, and enable remote management. It is suitable for industrial and commercial power distribution, new energy grid connection, data centers, and temporary power supply scenarios. The deployment is flexible, highly reliable, and effectively reduces the total lifecycle cost.