Transformer
A transformer is a static electrical device that uses the principle of electromagnetic induction to convert AC voltage, transmit electrical energy, and distribute power. It is an indispensable foundational component in modern power systems. From power plants to factory floors, and from urban grids to remote construction sites, transformers perform the core tasks of step-up transmission, step-up distribution, and electrical isolation.
Pole-Mounted Circuit Breaker
A pole-mounted circuit breaker is a high-voltage switching device specifically installed on overhead utility poles and plays a vital role in protection and control within modern power distribution networks. As an outdoor high-voltage apparatus, it typically employs vacuum interruption technology, featuring a compact structure, high breaking capacity, long electrical life, and requires little to no maintenance. The core function of a pole-mounted circuit breaker is automatic fault isolation. When a serious fault such as a phase-to-phase short circuit or a single-phase ground fault occurs on the line, the breaker can quickly detect the large fault current and automatically trip within tens of milliseconds, accurately isolating the fault point. This prevents a fault on one line from causing an upstream substation to trip and resulting in a widespread blackout.
High-Voltage Switchgear Series
A transformer is a stationary electrical device that utilizes the principle of electromagnetic induction to facilitate the transformation of AC voltage, as well as the transmission and distribution of electrical energy; it serves as an indispensable fundamental component within modern power systems.
Power Transformers And Complete Equipment
The company's core product portfolio includes power transformers, intelligent distribution boxes, energy-efficient transformers, complete switchgear assemblies, and associated components. All products undergo rigorous testing by our in-house R&D team—utilizing advanced equipment and adhering to international standards—to ensure exceptional performance under complex operating conditions.
Industry Experience
Qualification Patent
Factory Floor Area
Professional Team
We provide reliable support for each project, ensuring professional quality throughout the whole process.
Multiple Choice
We offer diversified and personalized solutions to meet different needs and scenarios.
Rich Experience
We can quickly locate needs, efficiently solve problems, and provide stable and secure guarantees for cooperation.
Effective Communication
We ensure smooth progress of all work and achieve better cooperation results with efficient communication.
Solutions for Distribution & Power Transformers
Responsible for terminal power distribution of 10kV and below, it steps down medium-voltage power to supply end users including residents, small & micro enterprises and municipal public facilities.
Core voltage conversion hub of high & extra-high voltage power grids (e.g. 220kV, 110kV substations step down voltage to 35kV/10kV in stages), undertaking regional power transfer, voltage regulation and power allocation.
User-specific substations of 35kV and above for factories and industrial parks, designed for heavy load, high power supply reliability and complex industrial power consumption conditions.
Boosting transformation facilities supporting PV, wind power and energy storage stations, which collects clean energy power and steps up voltage for grid connection to the utility grid.
Partners
Comprehensive benchmarking systems designed for automatic measurement of transformer no-load/load losses, winding resistance, insulation, and voltage ratios with high-precision digital data logging.
High-vacuum automated resin casting systems engineered to isolate moisture and eliminate micro-voids, ensuring supreme dielectric strength for dry-type electrical coils.
Advanced multi-stage vacuum degasification and oil purification units, tailored to remove trace moisture and particulates for optimal transformer insulation processing.
Advanced AC dielectric test systems engineered to perform destructive testing, verifying the insulation integrity and over-voltage withstand capabilities of transformers, cables, and switchgear under continuous power-frequency load.
