LS GreenLink’s VCV Tower Vertical Construction Starts in Chesapeake, Virginia’s Tallest Building

Why It Matters

The facility secures a critical domestic supply chain for high‑voltage DC cables, bolstering U.S. grid resilience and accelerating clean‑energy infrastructure. It also delivers significant economic stimulus to Virginia through high‑pay jobs and long‑term industrial investment.

Key Takeaways

• $681 million Phase 1 builds 660‑ft VCV tower, Virginia’s tallest structure
• Facility will house 750,000 sq ft plant, creating 330+ full‑time jobs
• Project anchors U.S. HVDC submarine‑cable supply chain for grid modernization
• Investment leverages Inflation Reduction Act, boosting Virginia’s clean‑energy hub

Pulse Analysis

LS GreenLink’s new Chesapeake complex marks a watershed moment for U.S. high‑voltage direct current (HVDC) manufacturing. Backed by LS Cable & System, the $681 million Phase 1 investment will produce next‑generation submarine cables essential for long‑distance, underwater power transmission. By situating the 750,000‑square‑foot plant alongside a 660‑foot Vertical Continuous Vulcanization tower, the company creates a vertically integrated hub that can scale production while reducing reliance on imported cable components, a strategic advantage as the nation accelerates grid modernization.

Beyond technology, the project delivers a sizable economic boost to Virginia. More than 330 full‑time, high‑skill positions will be filled, ranging from engineering to skilled trades, fostering a talent pipeline aligned with the Inflation Reduction Act’s clean‑energy incentives. The tower, set to become the tallest structure in the Commonwealth, also serves as a visual testament to the region’s commitment to advanced manufacturing and energy resilience, reinforcing Chesapeake’s appeal as a logistics and industrial nexus on the East Coast.

Industry analysts view LS GreenLink’s move as a catalyst for broader supply‑chain localization in the energy sector. As utilities seek to upgrade aging transmission networks, domestic HVDC cable capacity becomes a competitive differentiator. The Chesapeake facility not only supports U.S. grid upgrades but also positions the United States to export advanced cable solutions to global markets. Continued phases could expand capacity, integrate renewable‑energy interconnectors, and further solidify America’s role in the global energy transition.