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Huawei's New Grid-Forming Strategy at The Smarter E 2026

At The Smarter E 2026 conference held in Munich, Steven Zhou, the President of Huawei's Smart PV & ESS Product Line, emphasized the company's commitment to enhancing the stability of electricity grids through innovative grid-forming solutions. This strategic focus aims to support Europe in achieving its goal of significantly increasing the share of renewable energies in its power systems.

With projections suggesting that wind and solar energy will account for 64% of Europe’s energy mix by 2030, the region faces considerable challenges. The increasing complexity of grid management and a decline in system strength, primarily due to the reduced presence of traditional synchronous generators, puts pressure on existing infrastructures. In light of these challenges, European markets are ramping up their investments in electricity grid enhancements, deploying battery energy storage systems (BESS) in larger numbers, and developing new grid codes centered around effective grid-forming techniques.

During his address, Zhou articulated the imperative that future photovoltaic (PV) and BESS products must evolve into pivotal energy sources, reinforcing their contribution to both energy generation and grid reliability. As these new energy technologies establish themselves as main electricity sources, the sector is experiencing a transformative phase characterized by vibrant innovation, shifting from isolated advancements to a more integrated approach to technology.

Huawei’s hybrid PV-BESS solutions remarkably enhance the transition from conventional thermal power plants. Essential grid-supporting functionalities, such as black start capabilities, inertia support, and short-circuit current assistance, have been validated across varying operating conditions and timelines for electricity systems.

Zhou's speech also highlighted how Huawei's strategic redirection aligns with the evolution of the electricity grid landscape. “In 2020, we launched LUNA, the first smart string energy storage system in the industry,” Zhou noted. Named after the moon, LUNA is designed to ensure the continuous delivery of clean energy beyond sunset. On the other hand, Huawei's solar inverter is aptly named SUN, representing energy supply during daylight.

Reflecting the redefined role of energy storage, Zhou announced that Huawei is renaming the LUNA brand to LUTERRA, drawing from the Latin word for Earth. He explained this shift symbolically reinforces Huawei’s commitment to preserving the planet while illuminating the night.

Supporting its new Smart PV strategy, Huawei integrates foundational technologies—Bits, Watts, Heat, and Batteries—to drive continuous innovation. The company aims to accelerate the development of modern electricity systems that cater to diverse user segments and applications. Zhou further detailed successful commercial integration (CI) projects in Europe utilizing Huawei’s all-in-one solutions, amalgamating PV, BESS, electric vehicle chargers, and AI planning. The AHS business park in Germany saw a boost in revenue by 10% after just two years with Huawei’s solution, while a Carrefour supermarket in Spain experienced a nearly 40% reduction in electricity bills, achieving payback in just five years.

Looking ahead, Zhou envisions a diversified business model landscape for BESS. With adaptable hardware and software, Huawei’s versatile platform can meet varied business models, optimizing returns. His remarks emphasized that demonstrations worldwide, from Spain to Mongolia, showcase the value proposition of Huawei's grid-forming technology, cementing its commitment to enhancing the grid's stability amid a high proportion of renewable energy sources.

In conclusion, Huawei's forward-thinking approach, as demonstrated at The Smarter E 2026, not only reflects its adaptation to current energy trends but also positions the company as a pivotal player in the future of energy management and grid stability across Europe and beyond.