Tencent Advances Carbon Neutrality Strategy as AI Drives New Energy Demands
Tencent has published its Carbon Neutrality Mid-Term Report, outlining progress toward its commitment to achieve carbon neutrality across its own operations and supply chain by 2030, while setting out priorities for managing the rapidly growing energy demands associated with artificial intelligence.
The report highlights three areas of focus: improving the efficiency of computing infrastructure, increasing the use of renewable electricity, and applying AI and digital technologies to accelerate emissions reductions both within Tencent and across other industries.
The rapid expansion of AI is creating new challenges for the technology sector, with high-performance computing increasing data-centre rack power requirements from around 6–8 kW to 30–100 kW or more. This is putting additional pressure on electricity supply, cooling systems and data-centre infrastructure.
Tencent is responding through its T-AIDC next-generation data-centre architecture, designed specifically for high-density AI computing. The integrated architecture is intended to address the higher power and cooling requirements of AI workloads while delivering power-supply efficiency of up to 98%.
At the same time, Tencent is using AI to improve the way computing infrastructure interacts with the wider energy system. The company is exploring AI-powered scheduling to better align data-centre workloads with periods of renewable electricity availability, potentially improving the integration of variable renewable power into energy-intensive digital infrastructure.
Tencent is also applying AI and digital technologies to emissions-intensive industries. In steel production, for example, AI-based scheduling and digital twin technologies can help facilities optimise energy consumption, improve operational flexibility and better respond to grid conditions. The company says these applications could contribute to lower emissions and operating costs while supporting electricity-grid stability.
Beyond its own operations, Tencent is supporting the development and deployment of climate technologies through its CarbonX Program, which focuses on areas including carbon removal, carbon utilisation and long-duration energy storage. Its TanLIVE climate intelligence platform is intended to connect governments, investors and climate-technology stakeholders while improving access to climate data, investment opportunities and emerging climate solutions.
Tencent’s latest report also points to continued progress in reducing emissions from its own operations through energy efficiency, renewable electricity procurement and low-carbon infrastructure. The company follows a carbon-mitigation hierarchy that prioritises avoiding emissions, reducing them where possible and replacing higher-carbon energy sources with lower-carbon alternatives.
Renewable electricity accounted for 48.5% of Tencent’s total electricity consumption in 2025, up from 22.0% in 2024. Its owned data centres achieved an 82.9% renewable electricity share, while Tencent has procured more than 6.5 billion kWh of green electricity since announcing its carbon neutrality commitment.
The company is now turning greater attention to emissions across its supply chain as it works toward its 2030 carbon neutrality target. The strategy reflects the growing link between the expansion of AI infrastructure and the need for cleaner, more efficient and more flexible energy systems.
Tencent Chairman and CEO Ma Huateng said the company is applying its digital and AI capabilities to reduce emissions within its own infrastructure, while also seeking to use AI to accelerate low-carbon innovation and improve efficiency across industries beyond the technology sector.
The report positions Tencent’s decarbonisation strategy as increasingly connected to its broader AI and digitalisation agenda, with the company seeking not only to reduce the environmental impact of its expanding computing infrastructure but also to use its technologies to support the wider transition toward a lower-carbon economy.
