MUNICH, June 25, 2026 /PRNewswire/ -- The rapid expansion of AI-driven data center infrastructure is reshaping global electricity demand, compounding the grid stability challenges already posed by accelerating renewable integration. Against this backdrop, Kehua Digital Energy, Energy-Storage.news and TÜV Rheinland unveiled the white paper "Enhancing System Stability through Grid-Forming Energy Storage Technologies" at Intersolar Europe 2026.
The Growing Need for Grid-Forming in EuropeEurope's power systems are increasingly challenged by rising renewable penetration, declining inertia, and weaker grid conditions. The white paper highlights three critical issues: declining system inertia, growing geographical imbalance between renewable-rich generation and load centers, and critically low short-circuit ratio (SCR) levels in weak grid areas.Grid-forming energy storage is emerging as a key technology for stabilizing modern power systems under high renewable penetration and fast-changing load conditions. Unlike conventional grid-following systems, it provides intrinsic voltage and frequency support, strengthening system resilience in both transmission and distribution networks.
Grid-Forming Energy Storage for All-Scenario ApplicationsKehua's grid-forming solution is designed to deliver all-scenario coverage across the full application landscape:
