ZTE’s 2025 Sustainability Report: Progress in Reducing Carbon Emissions

ZTE commits to net zero by 2050 with AI-powered emission cuts

Chinese telecommunications giant ZTE has published its 2025 sustainability report, setting out detailed plans to reach carbon neutrality by 2040 and net zero emissions by 2050. The report reveals the company has already cut operational emissions by 46% compared with its 2021 baseline, putting it ahead of schedule on its science-based targets.

For UK businesses tracking global supply chain standards, ZTE’s progress matters. Telecommunications infrastructure underpins digital operations across every sector. Consequently, the carbon footprint of network equipment and data transmission increasingly affects corporate Scope 3 calculations. Moreover, ZTE’s use of artificial intelligence to drive emission reductions demonstrates how technology can accelerate climate action beyond traditional efficiency measures.

The company received an A-score from CDP in its 2024 climate disclosures, recognizing leadership-level performance in environmental transparency. This places ZTE among a small group of companies achieving the highest rating for climate action. Furthermore, the firm holds the distinction of being the only mainland Chinese company to maintain a top-tier sustainability ranking for three consecutive years from 2023 to 2025.

ZTE’s strategy centers on what it calls a “dual carbon” approach, addressing both carbon peaking and carbon neutrality as integrated objectives. The company has designated this work as a top-level project, reflecting board-level commitment and cross-functional coordination. This institutional approach appears to be delivering measurable results across multiple emission scopes.

Science-based targets guide emission reduction pathway

ZTE has committed to specific, time-bound targets validated against climate science. By 2030, the company aims to reduce absolute Scope 1 and 2 emissions by 52% from a 2021 baseline of 804,606.57 metric tons of CO2 equivalent. These operational emissions cover direct fuel use and purchased electricity across ZTE’s facilities and operations.

The company has also set a separate target for Scope 3 emissions, which cover its value chain. By 2030, ZTE plans to reduce Scope 3 emissions intensity by 60% per unit of revenue. According to the 2025 report, this target has already been surpassed ahead of the original schedule.

Looking further ahead, ZTE has mapped out a 25-year pathway to net zero. The 2040 goal targets operational carbon neutrality alongside a 90% reduction in emissions compared with the baseline year. By 2050, the company intends to achieve net zero emissions across all scopes. Finally, by 2060, ZTE aims for full carbon neutrality including residual emissions that require removal or offsetting.

As of 2024, ZTE had achieved 87.92% of its planned operational reduction target. This places the company substantially ahead of its 2030 deadline. In 2025 specifically, operational emissions fell by 46% compared with 2021 levels. Total greenhouse gas emissions across all three scopes decreased by 9.7% year on year in 2024.

These figures indicate consistent progress rather than one-off gains. The company attributes this performance to a closed-loop management system covering behavior change, energy transition, efficiency improvements, and carbon offsetting. Each element appears to contribute to sustained emission reductions rather than isolated interventions.

Artificial intelligence drives energy efficiency across networks

ZTE has positioned artificial intelligence as a core tool for carbon reduction, particularly in network operations. The company’s AI systems analyze energy consumption patterns across telecommunications infrastructure, identifying optimization opportunities that traditional methods might miss. This application extends beyond ZTE’s own operations to equipment deployed in customer networks.

The 2025 report states that ZTE’s network solutions have helped telecommunications operators save more than 10 billion kilowatt-hours of electricity. For context, this represents the approximate annual electricity consumption of around 2.5 million UK homes. These savings occur through intelligent power management, dynamic resource allocation, and predictive maintenance that reduces equipment failures and associated energy waste.

AI applications also influence product design and manufacturing. ZTE holds nearly 95,000 global patent applications as of 2025, with a significant portion related to energy-efficient technologies. These innovations cover areas such as base station power consumption, cooling system optimization, and software-defined networking that reduces hardware requirements.

The company frames AI not simply as a productivity tool but as an engine for sustainability across the telecommunications sector. This approach treats digital inclusion and climate action as complementary objectives rather than competing priorities. However, AI systems themselves consume energy, which means the net benefit depends on efficiency gains exceeding the computational overhead.

UK supply chain and procurement implications

Telecommunications equipment represents a significant category in many corporate supply chains, particularly for businesses with distributed operations or substantial data infrastructure. As a result, the carbon intensity of network hardware directly affects Scope 3 emissions calculations. Companies reporting under the Streamlined Energy and Carbon Reporting regulations or pursuing net zero commitments need visibility into supplier performance.

ZTE’s progress on science-based targets provides data that procurement teams can use when evaluating suppliers. The 46% operational emission reduction and A-score CDP rating offer concrete metrics for comparison. Furthermore, businesses responding to public sector tenders may face increasing requirements to demonstrate supply chain carbon management, following guidance in Procurement Policy Note 06/21.

The energy efficiency improvements ZTE delivers to network operators also matter for UK businesses. Lower network energy consumption can translate into reduced operating costs for telecommunications providers. In competitive markets, these savings may flow through to customer pricing, though this depends on market dynamics and regulatory frameworks.

UK companies deploying or upgrading telecommunications infrastructure should consider the lifecycle emissions of equipment choices. Products designed with AI-powered efficiency features may have different total cost of ownership profiles when energy consumption is factored across the equipment lifespan. Additionally, supplier commitments to net zero can reduce future transition risks in supply chains.

For businesses already using ZTE equipment, the company’s emission reductions may improve their own Scope 3 reporting. Supplier-specific emission factors provide more accurate accounting than industry averages. Therefore, procurement teams should request updated carbon data from telecommunications suppliers to refine their own carbon footprints.

Essential details on ZTE’s climate commitments

• ZTE released its 2025 sustainability report in May 2025, confirming a 46% reduction in operational emissions compared with the 2021 baseline year.
• The company achieved 87.92% of its planned operational emission reduction target by 2024, placing it ahead of its 2030 science-based target deadline.
• Total greenhouse gas emissions across all scopes decreased by 9.7% year on year in 2024, covering direct operations and the full value chain.
• ZTE received an A-score from CDP in 2024, the highest rating for climate disclosure and action, and remains the only mainland Chinese company with a top-tier sustainability ranking for three consecutive years.
• The company’s network solutions have enabled telecommunications operators to save more than 10 billion kilowatt-hours of electricity through AI-powered efficiency improvements.
• ZTE holds nearly 95,000 global patent applications as of 2025, with significant investment in energy-efficient telecommunications technologies.
• Science-based targets include a 52% reduction in Scope 1 and 2 emissions by 2030, operational carbon neutrality by 2040, and net zero across all scopes by 2050.

Questions for UK businesses on supplier climate performance

The ZTE case demonstrates how suppliers in high-emission sectors can make measurable progress on climate targets. This raises practical questions for UK procurement and sustainability teams. Specifically, how transparent are your current telecommunications suppliers about their carbon footprint? Do they provide product-level emission data that feeds into your Scope 3 calculations?

Companies should review whether supplier climate commitments align with their own net zero pathways. A supplier targeting net zero by 2060 creates different transition risks than one committed to 2050. Similarly, interim targets matter as much as long-term pledges. A 2030 target with verified annual progress offers more certainty than aspirational goals without implementation detail.

AI-driven efficiency presents opportunities but also requires scrutiny. Businesses should ask suppliers to quantify the energy consumption of AI systems against the savings they deliver. Net energy reduction provides a clearer picture than headline efficiency claims. Additionally, understanding how these technologies perform in real deployments rather than laboratory conditions helps evaluate actual impact.

For businesses pursuing carbon reporting compliance under PPN 06/21 or similar frameworks, supplier engagement becomes essential. Request emission data in formats compatible with your reporting methodology. Annual updates allow you to track supplier improvements and adjust your own footprint calculations accordingly. This also prepares you for likely increases in mandatory Scope 3 disclosure requirements.

Consider how supplier progress on emission reduction affects your competitive position. Clients and partners increasingly evaluate sustainability performance across supply chains. Demonstrating proactive supplier management can strengthen tender responses and customer relationships. However, this requires systematic data collection rather than relying on sustainability reports alone.

Finally, think about the commercial aspects beyond compliance. Energy-efficient equipment typically costs less to operate over its lifecycle. Suppliers investing in efficiency innovation may offer better total cost of ownership even if upfront prices differ. Building these factors into procurement decisions aligns financial and environmental objectives.

Telecommunications sector moves towards lower-carbon infrastructure

ZTE’s progress reflects broader momentum in the telecommunications industry toward carbon reduction. Networks consume substantial electricity, both in active equipment and cooling systems. As data traffic grows, energy efficiency becomes increasingly important for controlling operating costs and meeting climate commitments.

The integration of AI into network management represents a significant technical shift. Traditional approaches to network optimization relied on static configurations and manual adjustments. AI systems continuously analyze traffic patterns, predict demand, and adjust resource allocation in real time. This dynamic approach appears to deliver efficiency gains that exceed what manual methods can achieve.

However, the telecommunications sector faces challenges in balancing network expansion with emission reduction. Rolling out 5G infrastructure increases energy demand even as individual components become more efficient. Global data traffic continues to grow, driven by video streaming, cloud computing, and connected devices. Therefore, absolute emission reductions require efficiency improvements to outpace traffic growth.

International climate frameworks increasingly expect companies to set science-based targets validated by independent bodies. The 52% reduction target ZTE has committed to aligns with limiting global warming to 1.5 degrees Celsius above pre-industrial levels. This reflects the Paris Agreement pathway that most corporate climate commitments now reference.

UK businesses can access training on Scope 3 emissions and supply chain carbon management to better understand these industry dynamics. Understanding how different sectors approach decarbonization helps evaluate supplier claims and identify leading performers. It also supports more informed conversations with procurement teams about sustainability criteria in purchasing decisions.

Where to find detailed climate data and guidance

CDP maintains a public database of corporate climate disclosures at cdp.net, where you can search for supplier scores and review detailed environmental data. This resource allows comparison across companies and sectors, helping you benchmark supplier performance.

The Science Based Targets initiative provides guidance on corporate climate commitments at sciencebasedtargets.org. Their resources explain how companies set emission reduction targets consistent with climate science. This helps you evaluate whether supplier pledges meet credible standards.

For UK-specific requirements on carbon reporting and public procurement, the government’s Procurement Policy Note 06/21 sets out expectations for suppliers bidding on major contracts. You can read the full guidance on carbon reduction plans on the gov.uk website.

The Department for Energy Security and Net Zero publishes regular updates on UK climate policy and business guidance. Their website at gov.uk includes information on reporting requirements, support schemes, and regulatory changes affecting businesses.

If you need support developing carbon reporting processes or evaluating supply chain emissions, working with specialists can help you build systems that meet current requirements and prepare for future regulations. This becomes particularly important as Scope 3 disclosure expectations increase across sectors and markets.