Huawei Unveils New Energy Grid Strategies at The Smarter E 2026 Event
In a significant address at The Smarter E 2026 event in Munich, Steven Zhou, President of the Smart PV and ESS Product Line at Huawei Digital Power, unveiled the company’s latest strategies aimed at strengthening the stability of energy grids in Europe. By focusing on integrated solutions, Huawei intends to support the widespread adoption of renewable energy across the continent.
As Europe moves toward dramatically increasing its reliance on wind and solar energy—forecasted to reach 64% penetration by 2030—Zhou highlighted the corresponding challenges that arise from this shift. These include complexities in dispatch and a decrease in the share of traditional synchronous generators, which may compromise grid resilience and system power. To combat these issues, European markets are intensifying their investments in grid infrastructure and expanding the adoption of Battery Energy Storage Systems (BESS). In addition, new grid rules are being developed to encompass the requirements for grid balancing, facilitating a transition from straightforward energy arbitrage to diversified grid support services.
During his talk, Zhou delivered a clear message regarding the evolution of future PV and BESS products, emphasizing that they must develop into primary power sources. The rise of new energy technologies has ushered in a period of active innovation, shifting the focus from singular to integrated solutions. This transition enables hybrid PV-BESS solutions to accelerate the replacement of conventional thermal power plants. Critical grid-forming functions such as black start, inertia support, and fault current support have been thoroughly validated across all operational conditions, leading to the continual advancement of the technical systems involved.
Steven Zhou traced Huawei's strategic orientation in alignment with the progress of electrical grids, recalling the launch of LUNA in 2020, the sector's first intelligent distributed energy storage system. Named after the moon, LUNA was crafted to ensure that clean energy does not cease at sunset. Additionally, Huawei's solar inverter, appropriately named SUN, serves to harness energy from the sun itself.
Reflecting on the evolving role of energy storage, Zhou announced the official rebranding of LUNA to LUTERRA, deriving its new name from 'Terra', or Earth. This shift signifies Huawei's commitment to broadening its mission beyond nighttime illumination to encompass global ecological protection.
Under its new Smart PV strategy, Huawei is leveraging the integration of four core technologies (Bit, Watt, Heat, and Battery) to drive continuous innovations, all aimed at accelerating the establishment of a modern energy system. Zhou detailed examples of standout projects across Europe utilizing Huawei's versatile solutions, such as AHS Business Park in Germany, which experienced a revenue boost of 10% just two years after implementation. Similarly, a Carrefour supermarket in Spain witnessed nearly a 40% reduction in its electricity bills, with a payback period of only five years.
To adapt to the evolving dynamics of the electricity market, Zhou indicated that business models for BESS would diversify further. He stressed that Huawei’s comprehensive platform, developed based on flexible hardware and software capabilities, would meet diverse requirements across various business models, maximizing benefits for users.
From Spain to Mongolia, and Germany to the Philippines, Huawei's grid-forming technologies have been put to the test, showcasing their ability to reinforce the company's core competencies. Zhou concluded by asserting that these Smart PV and BESS solutions enhance grid stability while delivering maximum value to customers, particularly in scenarios where renewable energy penetration is high.
As Europe moves toward dramatically increasing its reliance on wind and solar energy—forecasted to reach 64% penetration by 2030—Zhou highlighted the corresponding challenges that arise from this shift. These include complexities in dispatch and a decrease in the share of traditional synchronous generators, which may compromise grid resilience and system power. To combat these issues, European markets are intensifying their investments in grid infrastructure and expanding the adoption of Battery Energy Storage Systems (BESS). In addition, new grid rules are being developed to encompass the requirements for grid balancing, facilitating a transition from straightforward energy arbitrage to diversified grid support services.
During his talk, Zhou delivered a clear message regarding the evolution of future PV and BESS products, emphasizing that they must develop into primary power sources. The rise of new energy technologies has ushered in a period of active innovation, shifting the focus from singular to integrated solutions. This transition enables hybrid PV-BESS solutions to accelerate the replacement of conventional thermal power plants. Critical grid-forming functions such as black start, inertia support, and fault current support have been thoroughly validated across all operational conditions, leading to the continual advancement of the technical systems involved.
Steven Zhou traced Huawei's strategic orientation in alignment with the progress of electrical grids, recalling the launch of LUNA in 2020, the sector's first intelligent distributed energy storage system. Named after the moon, LUNA was crafted to ensure that clean energy does not cease at sunset. Additionally, Huawei's solar inverter, appropriately named SUN, serves to harness energy from the sun itself.
Reflecting on the evolving role of energy storage, Zhou announced the official rebranding of LUNA to LUTERRA, deriving its new name from 'Terra', or Earth. This shift signifies Huawei's commitment to broadening its mission beyond nighttime illumination to encompass global ecological protection.
Under its new Smart PV strategy, Huawei is leveraging the integration of four core technologies (Bit, Watt, Heat, and Battery) to drive continuous innovations, all aimed at accelerating the establishment of a modern energy system. Zhou detailed examples of standout projects across Europe utilizing Huawei's versatile solutions, such as AHS Business Park in Germany, which experienced a revenue boost of 10% just two years after implementation. Similarly, a Carrefour supermarket in Spain witnessed nearly a 40% reduction in its electricity bills, with a payback period of only five years.
To adapt to the evolving dynamics of the electricity market, Zhou indicated that business models for BESS would diversify further. He stressed that Huawei’s comprehensive platform, developed based on flexible hardware and software capabilities, would meet diverse requirements across various business models, maximizing benefits for users.
From Spain to Mongolia, and Germany to the Philippines, Huawei's grid-forming technologies have been put to the test, showcasing their ability to reinforce the company's core competencies. Zhou concluded by asserting that these Smart PV and BESS solutions enhance grid stability while delivering maximum value to customers, particularly in scenarios where renewable energy penetration is high.
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