Empowering the
Global Grid.
From 10kV to ±800kV — Emergency Restoration Systems, power transmission & distribution supplies, and intelligent grid maintenance. Your trusted partner in building resilient power infrastructure.
Breaking the Limit:
The World's First ±800kV ERS.
If we can restore the world's most complex UHVDC lines, we can supply and solve any grid challenge. Deployed by China Southern Power Grid for the Yunnan–Guangdong ±800kV UHVDC corridor.
Voltage Class
Weight Reduction
Deployment Corridor
Delta-shaped Guyed Structure
Achieves 2/3 weight reduction compared to conventional designs, enabling extreme portability for mountainous terrain deployment.
Smart Monitoring System
Integrated real-time tension monitoring with automated alerts, ensuring proactive safety during critical restoration operations.
Composite Insulation Crossarm
Innovative design reduces tower height and corridor width while enhancing anti-flashover performance for UHVDC applications.
Full-Spectrum ERS
for Every Scenario.
Four distinct structural configurations engineered for specific grid scenarios — from flat terrain tangent lines to mountainous angle points. 95% part commonality across all configurations ensures simplified logistics and training.
Portal-Type Tangent Tower
Two parallel columns with a top beam for exceptional lateral stability. The ideal all-terrain solution for rapidly replacing collapsed tangent towers.
Triple-Pole Tension Tower
Three-column structure that segments long lines into manageable sections. Specifically designed to withstand critical unbalanced tensions at angle points.
"干"-Type Guyed Mast
Guy-wire system achieves optimal balance of structural strength and economy. Extended to support ultra-high voltage applications including UHV corridors.
Single-Pole Emergency Tower
Compact form factor specifically engineered for rapid deployment in challenging terrains like mountains and forests where space and access are limited.
Voltage Coverage
Part Commonality
Structural Configurations
Proven Field Service
Engineered for the
Toughest Conditions.
Every design decision serves one purpose: getting power restored faster, in any environment, with minimal resources. Here's what sets QuatroNext ERS apart from conventional solutions.
No Concrete Required
Deploy Anywhere.
Our ERS towers require zero foundation work. Ideal for remote mountains, swamps, frozen soil, or any terrain where traditional concrete foundations are impossible or impractical. The guy-wire and modular base system adapts to virtually any ground condition.
Rapid Deployment
Days, Not Months.
What traditionally takes months of reconstruction is reduced to days. Our modular lattice-frame design enables ground-level assembly by small teams with standard tools. Pre-engineered components eliminate on-site fabrication, cutting restoration time dramatically.
Standardized Tools
Universal Assembly.
Fully modular design using common hand tools for assembly — no specialized equipment or heavy cranes required. 95% part commonality across all four tower configurations means simplified training, reduced spare parts inventory, and faster field operations.
Harsh Environment Ready
Built for Extremes.
Engineered to withstand 27m/s wind speeds and 10mm ice loading conditions. High-strength aluminum alloy and fiberglass composite construction delivers exceptional strength-to-weight ratio while resisting corrosion in tropical, arctic, and coastal environments.
Though designed for temporary emergency use, many utilities worldwide have kept QuatroNext towers in continuous service for over a decade — a testament to our engineering quality.
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