Power grids across Europe and the United States are evolving in exciting ways — cleaner, smarter, more resilient, and future-ready. Driven by decarbonization, booming renewables, stronger reliability, and digital innovation, utilities are confidently leading this transformation.Aging infrastructure is being thoughtfully upgraded, electrification is surging (EVs, heat pumps, data centers), and grids are being strengthened to handle extreme weather while integrating solar, wind, and distributed energy seamlessly.At the core is the shift from SF6 equipment, the rise of digital substations, reinforced transmission, and smarter DER integration. Advanced HVDC, FACTS, efficient transformers, and reactors are reducing losses, expanding renewables, and ensuring stable, sustainable power for communities.We’re proud to partner with forward-thinking utilities and developers across both continents — delivering reliable, future-ready solutions one step at a time.
Grid Modernization
Meeting the Challenges of Tomorrow, Today
- High Energy Consumption & Oil Leakage Risks
Aging equipment wastes energy with high no-load losses and faces environmental risks from oil leakage, while outdated monitoring misses early internal faults.
Our Solution: Amorphous Metal Transformers + Cast Resin Dry-Type Transformers + IoT Sensor Monitoring Modules
Customer Benefit: Reduce no-load losses by up to 70%, eliminate oil leakage risks, and enable real-time monitoring of winding temperature, partial discharge, and more — for early fault warnings and full compliance with global safety and environmental standards. - Environmental Compliance & Smart Grid Integration
Traditional transformers struggle to meet strict EU and North American noise/emission standards and lack support for international protocols like IEC 61850.
Our Solution: Low-Noise Energy-Saving Transformers + Cloud-Based Monitoring Platform (IEC 61850 compatible)
Customer Benefit: Achieve seamless compliance with local regulations, break data silos, and enable smooth integration into smart dispatch systems — improving overall grid intelligence and coordination. - Reliability in Harsh Environments
Equipment often fails under high temperature, humidity, salt spray, or extreme weather, while remote locations mean long maintenance downtime.
Our Solution: Ruggedized Transformers for Harsh Environments + Remote Intelligent O&M Platform
Customer Benefit: Significantly higher weather resistance and stability, reduced fault frequency, and remote fault prediction — minimizing on-site work, shortening downtime, and lowering operational risks. - Incompatibility with Renewable Energy Fluctuations
Traditional systems struggle with unstable wind/solar output, limiting green energy absorption.
Our Solution: Transformers with Wide Voltage Regulation Range + Renewable Energy Grid-Connection Supporting Equipment
Customer Benefit: Stable voltage control during renewable fluctuations, higher green energy absorption efficiency, and support for low-loss, sustainable grid integration. - High O&M Costs & Supply Chain Delays
Manual fieldwork, data silos, and global supply shortages lead to inefficiency and project delays.
Our Solution: Full-Lifecycle Intelligent O&M Platform + EPC Integrated Services
Customer Benefit: Lower maintenance costs through remote coordination, predictive maintenance, and streamlined design-to-delivery — ensuring on-time, on-spec project completion.
- High-Efficiency Power Transformers
- HVDC Converter Transformers
- Grid-Scale Energy Storage (BESS)
- SVG (Static Var Generator) Substations
- SF6-Free Gas Insulated Switchgear (GIS)
- Air Core Reactors