Custom Substation Structures for Demanding Utility Networks
Skipper Limited delivers precision-engineered steel substation structures for long-term grid reliability. Backed by advanced in-house R&D, manufacturing, and testing, we support North America’s most demanding utility projects with lattice-type structures, tubular designs, and equipment stands. Our durable, customizable solutions ensure safety, efficiency, and seamless integration across diverse voltage levels, supporting resilient, future-ready power distribution systems.
Product Specifications
Skipper Limited manufactures high-performance steel substation structures engineered for voltage classes ranging from 25 kV to 765 kV. Our product portfolio includes lattice-type structures, tubular designs, and equipment stands, each manufactured with precision from high-grade structural steel. All components are hot-dip galvanized to ASTM A123, ensuring superior corrosion resistance and long service life in demanding environments. Every structure undergoes rigorous quality validation at our ISO-accredited testing facilities, including material verification and full-scale testing.
World-Class Manufacturing Capability
Skipper Limited is ranked among the top 10 largest utility structure manufacturers globally.
Key Strengths of Skipper’s Substation Structures
In-house design, R&D, and manufacturing
Skipper controls every step, from design to production, enabling precise engineering and seamless customization for utility needs.
Compliance with international standards
All structures adhere to global quality benchmarks, including ASTM, ISO standards, ensuring safety, structural reliability, and seamless approval in North American markets.
100% Material traceability via QR
Each component carries a unique QR code enabling full traceability from raw material to dispatch, giving utilities complete visibility and confidence in product integrity.
Sustainability with eco-friendly manufacturing practices
Skipper integrates environmentally conscious processes to deliver substation structures that align with modern sustainability goals.