Description 

A Generator Step-Up (GSU) Transformer for renewable energy is a specialized power conversion device designed to integrate renewable energy sources (such as wind, solar, hydro, and biomass) into the grid. It converts low-voltage electricity generated by renewable energy generators (typically 0.4kV–35kV) to high-voltage power (110kV–500kV or higher), enabling efficient long-distance transmission and ensuring compatibility with the main power grid. As a critical link between renewable energy systems and the grid, it directly affects the stability, efficiency, and reliability of clean energy delivery, supporting the large-scale integration of green power into global energy networks.

• 3-ph 60-120MVA, Ynd1, ONAN/ONAF

• covering products with capacity and voltage level up to 360MVA/330KV.

Features 

• Adaptability to Fluctuating Loads: Optimized to handle intermittent power output from renewables (e.g., wind speed variations, solar irradiance changes), with strong overload capacity to accommodate sudden spikes in energy generation.

• Low Loss & High Efficiency: Uses high-performance core materials (e.g., amorphous alloy) and optimized winding designs to minimize no-load and load losses, enhancing overall energy conversion efficiency (often exceeding 98%) to maximize clean energy utilization.

• Grid Code Compliance: Equipped with harmonic filtering and voltage regulation features to meet strict grid codes (e.g., IEEE 1547, IEC 61400), reducing harmonic distortion and ensuring stable grid integration without disrupting power quality.

• Environmental & Weather Resistance: For outdoor renewable projects (wind farms, solar parks), it features corrosion-resistant enclosures, IP65-rated protection, and extreme temperature tolerance (-40°C to 50°C), adapting to harsh natural conditions.

• Compact & Modular Design: Suitable for space-constrained renewable sites (e.g., rooftop solar, offshore wind platforms) with a compact structure; modular components allow easy installation, maintenance, and scalability for future capacity expansion.

• Smart Monitoring Capabilities: Integrated with IoT sensors to track real-time parameters (temperature, load, insulation status) and support remote diagnostics, aligning with the digital management needs of modern renewable energy plants.