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Embracing the Future of Energy: Huawei's Global Electric Power Summit

In a groundbreaking event, Huawei has brought together over 600 industry leaders and partners from around the world during the Global Electric Power Summit 2026, held at HUAWEI CONNECT 2026 in Shanghai. Titled "AI × Energy: Unlocking a New Power System", this summit explored the integration of artificial intelligence (AI) within the electric power sector, setting a dynamic precedent for the future of energy.

As the energy landscape undergoes dramatic changes driven by renewable resources and digital advancements, Huawei highlighted six innovative projects that exemplify the practical application of these emerging technologies across the entire electricity supply chain—from generation to consumption. These projects aim to shift the paradigm from a digitally supportive approach to a synergistic collaboration between energy infrastructure and computing capabilities.

Shifting Paradigms in Energy Distribution

With the global move towards renewable energy, distributed generation is becoming increasingly crucial. It aids in diminishing reliance on external supplies, enhancing grid resilience, and ensuring universal access to electricity. Philippe Adam, the Secretary General of the International Council on Large Electric Systems (CIGRE), emphasized during the summit that the electric sector is experiencing a major transformation characterized by the intertwined challenges of renewable energy transition and digitalization.

The summit revealed that around 700 million people worldwide still lack access to electricity, and addressing this issue requires innovative solutions. According to Huawei, low-voltage distribution networks—critical components of the electricity system—are poised to benefit immensely from AI applications in the upcoming years. By adopting a systematic approach to enhance visibility and control over these networks, stakeholders can improve management capabilities significantly.

The Six Flagship Projects

Among the six projects showcased, each illustrates the practical impact of digital transformation in diverse areas:
1. CEMIG's Smart Grid in Brazil: A pioneering digital and intelligent electric grid aimed at optimizing energy distribution.
2. Guangzhou Power Distribution Demonstration: This project integrates distribution networks with microgrids for enhanced energy management.
3. Shaoshan’s New Distribution Network: Featuring advanced diagnostic and operational management systems.
4. Jiangxi's Intelligent Energy Solutions: Focusing on smart energy provision and consumption practices.
5. Zhejiang's UHVDC Digital Conversion Station: Capable of handling ultra-high voltage direct current transmissions at ±800 kV.
6. Liaoning's Telecom Network for Power Systems: Supporting electric systems with strengthened telecommunications integration.

These initiatives successfully illustrate a wave of digital and intelligent transformation, reinforcing the notion that future electric systems must cater to the evolving demands of a complex energy landscape.

Future Directions

Looking ahead, Huawei plans to continue leveraging its expertise in information and communications technologies (ICT) to drive industry innovation. The company aims to collaborate closely with global electric companies, regulatory bodies, and supply chain partners through a comprehensive model, focusing on three critical priorities: investing in digital skills, building robust digital infrastructures, and enhancing the digital components of regulated asset bases (RAB).

In an era where AI and energy interconnect, Huawei is positioning itself as a leader in fostering a sustainable energy ecosystem for the future, ensuring that innovation prevails in the face of global energy challenges. The commitment demonstrated at the Global Electric Power Summit illustrates Huawei's role in reshaping the future of energy distribution and consumption worldwide.