Steven Zhou, President of Smart PV & ESS at Huawei Digital Power, emphasized that energy storage assets must evolve into grid-supporting infrastructure. The LUTERRA platform addresses this through five core technological breakthroughs, including a pioneering smart string architecture and silicon carbide (SiC) modules that boost conversion efficiency. A through-busbar design simplifies installation and capacity expansion, while smart distributed cooling improves heat dissipation by 100% and reduces operational noise by 40%.

Beyond hardware, the system integrates digital twin technology and AI to enhance state-of-health predictions, supporting power trading and maximizing lifecycle returns. The platform is built around four pillars: accelerated investment cycles, higher energy throughput, robust grid-forming capabilities—such as black start and inertia response—and C2G safety standards. Complementing the utility-scale release, the company also debuted the LUTERRA S2 for residential users and introduced a new global service strategy, leveraging AI assistants to manage plant maintenance and optimization throughout the operational lifecycle.