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Global Grid Capex to Surpass $650 Billion by 2026, Rystad Energy Reports

Global Grid Capex to Surpass $650 Billion by 2026, Rystad Energy Reports
Michał Robak · pexels

The global energy market's reliance on essential grid equipment, especially transformers, is underscored by a new Rystad Energy report. The analysis indicates that global grid capital expenditure (capex) is set to surpass $650 billion in 2026. This figure reflects a substantial investment drive into modernizing and expanding electricity networks worldwide. In 2025, the world's transformer manufacturing capacity reached an estimated 4,700 gigavolt-amperes (GVA). This capacity is supported by approximately 400 manufacturing plants operated by over 260 distinct manufacturers. The report emphasizes that the availability and production of these critical components are fundamental to the energy market's ability to meet growing demand and integrate new energy sources. This projected surge in capex suggests a robust demand environment for companies involved in grid infrastructure development and equipment manufacturing. Investors and operators in the energy sector should monitor companies specializing in transformer production and other grid components. The report's findings could signal increased order books and revenue potential for these firms over the next few years. Furthermore, the substantial investment planned for grid infrastructure may indicate a proactive approach by governments and energy companies to address aging grids and enhance energy security. This could also be a response to the increasing integration of renewable energy sources, which often require significant grid upgrades for stable and efficient power delivery. The dependency on transformer manufacturing capacity also raises questions about supply chain resilience and potential bottlenecks. Companies that can demonstrate secure and scalable production of these vital components may gain a competitive advantage. Traders and analysts will be watching for any signs of strain or expansion within this manufacturing base, as it could directly impact project timelines and costs for grid modernization efforts globally.