Huawei lancia l'ultima strategia di formazione della rete per i sistemi energetici futuri a The Smarter E 2026

Huawei unveiled its latest grid-forming strategy during its keynote address at The Smarter E 2026 conference in Munich, emphasizing the company’s commitment to supporting the transition toward a more resilient and stable power system. According to a statement from Huawei Digital Power, the firm is focusing on integrated solutions that enhance grid stability, particularly in regions with high renewable energy penetration. Steven Zhou, president of the Smart PV & ESS Product Line, highlighted that Europe is projected to see wind and solar power account for 64% of total generation by 2030, which presents significant challenges to grid reliability due to the decline in traditional synchronous generators and increased dispatching complexity. Zhou outlined how European markets are responding to these challenges by investing heavily in grid infrastructure, expanding deployments of grid-forming battery energy storage systems (BESS), and updating regulatory frameworks to incorporate grid-forming requirements. He emphasized that this shift signals a broader transformation in the industry, where photovoltaic (PV) and BESS products are evolving beyond mere energy storage to serve as primary power sources. This change reflects a move from single-point innovations to integrated approaches that better align with the demands of modern power systems. The speaker described how Huawei’s strategic direction has evolved alongside the changing nature of the grid. In 2020, the company launched the LUNA smart string energy storage system, designed to provide reliable power during nighttime hours. With the introduction of the LUNA brand, Huawei aimed to ensure continuous clean energy supply, even as daylight waned. Now, the company has rebranded LUNA to LUTERRA, drawing inspiration from the Latin word “Terra,” meaning Earth. This rebranding marks a shift from merely illuminating the night to safeguarding the planet through sustainable energy practices. As part of its new Smart PV Strategy, Huawei is integrating four foundational technologies, bit, watt, heat, and battery, to drive continuous innovation. These efforts aim to accelerate the development of a modern power system capable of addressing diverse user needs and operational environments. During the conference, Zhou presented case studies demonstrating the effectiveness of Huawei’s integrated solutions. In Germany, the AHS business park saw a 10% increase in revenue within two years of implementing a Huawei one-fits-all solution that combines photovoltaics, BESS, electric vehicle charging, and AI-driven scheduling. Similarly, in Spain, a Carrefour supermarket managed to reduce its electricity costs by nearly 40%, achieving a payback period of just five years. Looking ahead, Zhou outlined Huawei’s vision for the future of the electricity market, noting that business models for battery energy storage systems (BESS) will diversify significantly. He stressed that Huawei’s one-fit-all platform, built on flexible hardware and evolving software capabilities, is designed to accommodate a wide range of applications and optimize returns for users. The company is already demonstrating the efficacy of its grid-forming technology across multiple global locations, from Spain and Mongolia to Germany and the Philippines. These initiatives underscore Huawei’s growing influence in shaping the future of power systems, particularly in regions undergoing rapid transitions toward renewable energy. By reinforcing grid stability and enhancing the efficiency of energy delivery, Huawei aims to deliver maximum value to its customers while contributing to the broader goal of building a more sustainable and resilient global energy landscape.