TBEA launches 435 kW grid‑forming converter for storage
Get the Energy newsletter
Daily energy & climate — solar, EVs, oil, the policy fights and tech bets shaping the transition. Free.
- TBEA introduced a grid‑forming string power conversion system (PCS) for utility‑scale storage, renewable energy base projects, and weak‑grid applications.
- TE435/392K-HV‑BL converter’s fully integrated liquid‑cooling design raises volumetric power density by 78% and gravimetric power density by 32% versus the previous generation, cutting plant footprint by about 10%.
- TE‑PowerHUB 3.0 high‑speed control platform lets the PCS switch between grid‑following and grid‑forming modes within milliseconds and operate across a short‑circuit ratio (SCR) range of 1‑40.
- PCS can deliver inertia response, fast frequency regulation, reactive power and voltage support, and black‑start capability, acting as a grid‑support asset.
- TBEA targets four application segments: large standalone and shared storage projects in China; storage paired with large renewable energy bases; overseas markets with high renewable penetration; and desert, high‑altitude, or other harsh environments.
Why it matters: Utility‑scale storage developers gain smaller, more efficient plants that can operate in weak or high‑altitude grids, while grid operators receive faster inertia, frequency and voltage support, potentially lowering infrastructure costs and expanding renewable integration. The higher power density also reduces plant footprints by about 10%, freeing up land for additional projects.
Ask SkimNews
