General Transformer Solutions

As a compact dry-type transformer for wind turbine nacelles, it is engineered for reliable power conversion in space-constrained and vibration-prone environments. Cast resin insulation, optimized thermal performance, and a robust mechanical design support stable operation under varying wind loads, temperature fluctuations, and demanding onshore or offshore conditions.

Applications: This 3-phase dry-type transformer is designed for wind turbine generator systems, nacelle-mounted electrical equipment, and medium-voltage power conversion—supporting reliable energy transmission and efficient operation in onshore and offshore wind farms.

Our wind power substation solutions are designed to support efficient electrical collection, voltage transformation, and grid connection for utility-scale renewable energy projects. Combining application-specific transformer configurations with reliable medium- and high-voltage electrical equipment, the solutions can be engineered to meet project requirements for onshore and offshore wind farms.

Applications: Suitable for wind farm collector substations, renewable energy transmission systems, and utility grid integration projects—supporting dependable power delivery from wind generation assets to the electrical grid.

Our all-in-one solar storage system with an integrated transformer is engineered to support reliable energy storage and grid connection for renewable energy projects. By integrating battery energy storage, power conversion, and voltage transformation within a coordinated system configuration, it helps simplify equipment integration and optimize installation space. The solution can be configured to meet project-specific requirements for commercial and industrial facilities, solar PV plants, and utility-scale energy storage applications.

Applications: Suitable for solar-plus-storage projects, commercial and industrial energy management, renewable energy integration, and utility grid support—providing a flexible platform for efficient energy storage and power delivery.

Our EV charging substation solutions are engineered to support reliable medium-voltage power transformation and distribution for electric vehicle charging infrastructure. Combining application-specific transformer configurations with project-oriented electrical solutions, they help address the power requirements of high-power charging stations, commercial charging hubs, and fleet electrification projects. Configurations can be developed according to project capacity, voltage levels, installation conditions, and grid connection requirements.

Applications: Suitable for public EV charging networks, highway charging infrastructure, electric bus depots, commercial and industrial charging facilities, and fleet charging projects—supporting dependable power delivery for expanding electric mobility systems.

Our amorphous alloy distribution transformers are engineered to support energy-efficient auxiliary power distribution in railway transportation and infrastructure projects. Featuring amorphous metal core technology, they are designed to reduce no-load losses during continuous energization and support reliable operation across railway stations, maintenance facilities, transit buildings, and other auxiliary electrical systems. Transformer configurations can be developed according to project requirements, including rated capacity, voltage levels, cooling arrangements, installation conditions, and applicable standards.

Applications: Suitable for railway station auxiliary power systems, maintenance depots, rail transit infrastructure, and other railway distribution applications—providing low-loss transformer solutions for projects focused on energy conservation and dependable electrical service.