New energy power station


Transformers for new‑energy power plants—covering photovoltaic, wind, energy storage, and integrated solar‑wind‑storage systems—are core equipment that enable power conversion, voltage step‑up for grid connection, and safe operation. They must accommodate output fluctuations, high harmonic distortion, harsh environmental conditions, and grid‑connection compliance. This solution addresses scenario‑specific selection and configuration, key technologies, operation‑and‑maintenance support, cost‑effectiveness, and standardization, providing end‑to‑end solutions to the design, procurement, and O&M challenges of transformers in new‑energy power plants.
New energy power station

Core Principles for Selection


Core role

Core role

Power Quality Management

Enabling low‑voltage and medium‑voltage power step‑up for grid connection, power quality management, bidirectional energy flow (energy storage), and system isolation and protection constitutes the critical hub that bridges the gap between the “generation side” and the “grid side” in new‑energy power plants.
Key Requirements

Key Requirements

Online monitoring, remote operations and maintenance, fault early warning

1. High reliability 2. Low loss 3. Harmonic immunity 4. Environmental adaptability 5. Intelligentization 6. Compliance
Core role

Core role

Power Quality Management

Enabling low‑voltage and medium‑voltage power step‑up for grid connection, power quality management, bidirectional energy flow (energy storage), and system isolation and protection constitutes the critical hub that bridges the gap between the “generation side” and the “grid side” in new‑energy power plants.

Specialized Supporting Solutions


Low-loss energy-saving technology

Increase the heat resistance grade


Iron core

Winding

Insulation

Harmonic Mitigation Plan

Automatic alarm upon exceeding the standard


Winding

Auxiliary equipment

Smart Monitoring

Low-loss energy-saving technology

Increase the heat resistance grade


Iron core

Winding

Insulation

Related products


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10 kV Amorphous Alloy Oil-Immersed Distribution Transformer

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220kV Oil-Immersed Transformer

Applicable to power plants, substations, distribution stations, and various industrial sectors.

110kV oil-immersed transformer

Applicable to power plants, substations, distribution stations, and various industrial sectors.

10 kV Amorphous Alloy Oil-Immersed Distribution Transformer

Applicable areas: residential communities, commercial centers, industrial and mining enterprises, airports, railway stations, schools, vast rural areas, and developing regions, among others.

10 kV Three-Dimensional Wound-Core Oil-Immersed Distribution Transformer

Suitable for residential communities, commercial centers, industrial and mining enterprises, airports, railway stations, schools, and more.

35kV oil-immersed transformer

Applicable to power plants, substations, distribution stations, and various industrial sectors.

10 kV Oil-Immersed Laminated-Core Distribution Transformer

Suitable for residential communities, commercial centers, industrial and mining enterprises, airports, railway stations, schools, and other venues.

220kV Oil-Immersed Transformer

Applicable to power plants, substations, distribution stations, and various industrial sectors.

110kV oil-immersed transformer

Applicable to power plants, substations, distribution stations, and various industrial sectors.

10 kV Amorphous Alloy Oil-Immersed Distribution Transformer

Applicable areas: residential communities, commercial centers, industrial and mining enterprises, airports, railway stations, schools, vast rural areas, and developing regions, among others.

10 kV Three-Dimensional Wound-Core Oil-Immersed Distribution Transformer

Suitable for residential communities, commercial centers, industrial and mining enterprises, airports, railway stations, schools, and more.

35kV oil-immersed transformer

Applicable to power plants, substations, distribution stations, and various industrial sectors.

10 kV Oil-Immersed Laminated-Core Distribution Transformer

Suitable for residential communities, commercial centers, industrial and mining enterprises, airports, railway stations, schools, and other venues.

Typical Cases


A New Energy Power Station Construction Project for Heavy Trucks in Hanzhong City

The new‑energy power‑station construction project for a heavy‑truck manufacturer in Hanzhong City is centered on green, low‑carbon operations and intelligent O&M. It encompasses the complete installation of a full suite of systems, including new‑energy generation units, step‑up transformer and distribution systems, grid‑connection equipment, and an intelligent monitoring and energy‑management system. By employing standardized equipment configurations and an advanced, AI‑driven control scheme, the project has successfully completed all phases—equipment installation, system commissioning, and grid‑connection acceptance—and delivered a modern, reliable, and stable new‑energy power station capable of unmanned operation. This achievement ensures the efficient utilization of clean energy and its dependable integration into the grid.
Cooperation

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