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Huawei's Vision: Transitioning from Energy Consumers to Producers

On October 14-15, 2026, Huawei hosted the 10th Global ICT Energy Efficiency Summit in Vienna, gathering industry operators, TowerCos, energy service providers, aggregators, and analysts. The central theme of the summit focused on an essential shift: telecommunications sites transitioning from being mere consumers of energy to active energy producers that generate, store, manage, and trade electricity. This transformation emphasizes the importance of virtual power plants (VPPs), moving them from a conceptual stage to a business priority.

The Economic Transition

The economic climate within the telecommunications sector has ignited a pressing need for innovation. The costs associated with co-locating solar panels and energy storage technologies have plummeted, now below $0.04 per kWh. In Europe, deploying virtual power plants at the facility level typically offers an average return on investment of around three years, promising approximately €800 in annual income per facility, along with a 100% enhancement in energy availability. This paradigm shift means that energy, once a cost center, is evolving into a strategic asset.

However, operators are confronted with an escalating structural dependency on the grid paired with decreasing energy certainty. Revenues are not keeping pace with investments and data traffic growth. Combating these challenges will require innovative technologies and business models that tap into site-level energy resources, integrate distributed batteries, utilize artificial intelligence for optimizing charge and discharge cycles around pricing signals, and aggregate storage capabilities to participate in network services.

For aggregators, the priority is to transform scattered site resources into a flexible, grid-ready ability using standardized interfaces, compatible platforms, and viable commercial models. This involves consolidating numerous small site resources into a portfolio large enough to engage in market bidding against network service providers while ensuring operators retain control over site reliability and service continuity. Collaborative efforts with energy and financial partners are crucial for both parties.

Proof of Value through Early Deployment

Early deployment cases showcase the tangible benefits of such transitions. In Portugal, critical services remained operational for up to 12 hours during a power outage, underscoring resilience. In Finland, VPP solutions generated revenue for site operators. Moreover, in Southeast Asia, an impressive 86% of rural facilities have reportedly achieved zero diesel dependency within 24 months, operating entirely on solar energy, resulting in zero carbon emissions. These instances illustrate how enterprise consumers can bolster service continuity, lessen fuel dependency, and support decarbonization across diverse market and grid conditions.

The Global Initiative

The summit culminated in the launch of the “Transitioning to Prosumers—Global Initiative for the Communications Industry.” This initiative calls for the telecommunications sector to unlock site energy resources, standardize interfaces, and develop business models—all while constructing an open energy ecosystem. As part of this vision, Huawei has committed to fostering the integration of bits and watts, working collaboratively with global partners on innovation and standards to facilitate the industry’s transition to a high-quality energy system.

By embracing these changes, the ICT industry can not only enhance its operational efficiency but also play a key role in the global move towards sustainability and energy resilience.

Furthermore, the collaboration between telecommunications companies, energy providers, and innovation platforms is essential for achieving a sustainable energy management model that can adapt to future energy demands and innovations in technology. As we look ahead, the lessons learned from this summit will undoubtedly shape the future of energy consumption in the ICT sector, leading towards a more efficient and environmentally friendly model for years to come.