Our comprehensive transformer solutions for Solar Power Plant deliver reliable and efficient power transmission for renewable energy generation.
Integrated MV transformer-inverter clusters maximize energy yield through intelligent maximum power point tracking across solar arrays.
Sand-proof cooling systems and self-cleaning coating technology maintain peak efficiency in high-dust environments.
Reactive power compensation and low-voltage ride-through capabilities ensure stable grid interconnection under fluctuating solar generation.
Huawan's solar transformer substations are applied in centralized PV plants, converting and distributing solar energy to ensure stable operation and reliable power transmission. They transform low voltage from inverters to medium-high voltage (e.g., 0.69kV to 22kV) with 6% impedance to suppress harmonics, ensuring grid stability.
For photovoltaic systems, Huawan provides step-up transformers and box-type transformers to connect PV modules to the grid, supporting voltage conversion in distributed PV projects. They adopt YNd11 vector group and electrostatic shielding (copper foil grounding) to isolate windings, mitigating dv/dt transients (500V/μs) from inverter PWM outputs.
The main transformers of Huawan are used in renewable power plants to step up the low voltage generated by solar panels, reducing transmission losses and improving the efficiency of the entire power system. They boost PV array voltage (e.g., 690V to 22kV) via 800kVA-3500kVA rating, using KNAN cooling and vegetable-based oil for efficient heat dissipation and 30-year design life.
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Empowering the Grid, Serving Customers, Advancing Society
Empowering the Grid, Serving Customers, Advancing Society
