Globe Telecom is using artificial intelligence to automatically reduce electricity consumption across its network infrastructure without sacrificing service quality, achieving energy savings of 20% to 30% annually in cooling systems alone. The Philippine telecommunications company presented its AI-driven efficiency strategy at Mobile World Congress 2026, positioning the technology as a critical tool for managing the energy demands of continuous, 24-hour network operations while supporting the global transition to cleaner energy .

Why Telecom Networks Need AI-Powered Energy Solutions?

Telecommunications networks operate around the clock and consume enormous amounts of electricity to keep people connected. As artificial intelligence adoption accelerates globally, telecom operators face mounting pressure to prove that digital growth does not automatically translate into higher emissions and energy bills. Globe's approach demonstrates that AI can become part of the solution when applied strategically to infrastructure optimization rather than simply adding new computational demands .

The company's strategy centers on two key operational areas. First, AI systems analyze network traffic patterns and automatically adjust power use at cell sites during periods of lower demand, cutting electricity consumption without affecting service quality. Second, AI regulates cooling systems for piping infrastructure, which represents one of the largest non-core energy loads in digital infrastructure. These dual applications have already delivered measurable results across parts of Globe's network .

How Is Globe Combining AI Efficiency With Hardware Upgrades?

Globe is not treating energy efficiency as a single software intervention. Instead, the company is pairing AI-led optimization with hardware changes designed to reduce energy intensity across its operations:

• Cooling System Optimization: AI regulates piping system cooling to minimize electricity consumption, resulting in 20% to 30% annual energy savings in these systems specifically .
• Energy Storage Solutions: Globe has rolled out tens of thousands of sodium-nickel batteries across its facilities to reduce reliance on energy-intensive air conditioning and provide backup power .
• Advanced Cooling Technologies: The company deployed new cooling systems that reduce the need for traditional air conditioning, addressing one of the largest energy drains in network operations .

This combination of software and hardware improvements is significant because cooling remains one of the largest energy expenses in telecom and data center infrastructure. If Globe can sustain savings in the 20% to 30% range in cooling-related systems, AI becomes useful not only for traffic management but also for lowering the operational energy intensity of infrastructure that runs continuously .

What Are Globe's Broader Renewable Energy Targets?

Globe is pairing its AI efficiency gains with an ambitious renewable energy transition. The company is targeting at least 42% renewable electricity use by 2030, up from a 24% renewable energy share in 2024. This trajectory is especially relevant in the telecom context because network operators cannot easily reduce service availability to cut energy demand. Their decarbonization path depends heavily on making infrastructure more efficient while shifting the electricity that remains toward cleaner sources .

The company has already achieved significant emissions reductions that exceed its earlier linear reduction targets. Globe reported a year-on-year 15% reduction in Scope 1 and 2 emissions (direct emissions from operations) and a 9% reduction in Scope 3 emissions (indirect emissions from the supply chain), significantly surpassing its near-term annual reduction targets of 4.2% and 2.5% respectively .

"Artificial intelligence is reshaping how economies grow and how people live and work. The challenge is making sure this progress strengthens, rather than undermines, the global shift towards a sustainable future. We are focused on using technology in ways that make energy use more efficient, help build a more climate transition-ready digital infrastructure, and expand renewable energy," stated Yoly Crisanto, Chief Sustainability and Corporate Communications Officer at Globe.

Yoly Crisanto, Chief Sustainability and Corporate Communications Officer, Globe Telecom

How Does Energy Efficiency Connect to Energy Security?

Globe emphasized that the transition to more energy-efficient technologies paired with renewable energy reduces exposure to fossil fuel price increases and improves energy security for the company's operations. This is especially pertinent given threats to the supply of imported fossil fuels, which can create volatility in energy costs and availability .

The company also positioned itself as part of a wider energy transition conversation, calling for more flexible electricity grids and wider deployment of renewable energy sources, including siting renewable installations near data centers. Globe linked this stance to the Philippines' broader renewable energy goals, supporting the government's target of a 35% renewable share in the national energy mix by 2030. This framing places telecom sustainability in the context of national and grid-level energy transition rather than treating it only as an internal efficiency program .

What Does This Mean for the Future of AI and Sustainability?

Globe's strategy signals a shift in how telecom operators and digital infrastructure companies are framing artificial intelligence in the sustainability conversation. Rather than viewing AI solely as a technology that increases energy demand, operators are beginning to position it as an infrastructure management tool that can help lower network electricity consumption while supporting larger renewable transitions .

Whether this framing holds will depend on whether the efficiency gains are large enough to offset some of the additional digital energy demand that AI brings. Globe's reported 20% to 30% cooling-related savings and 42% renewable electricity target make it one of the clearer examples of how an operator is trying to answer that question in practical terms. The company also plans to resubmit its emissions inventory to the Science Based Targets initiative (SBTi) and establish 2025 as its new baseline year, reflecting its commitment to transparent and evolving climate targets .

Globe's approach demonstrates that addressing the energy demands of digital infrastructure requires both internal optimization through AI and engineering improvements, alongside external policy support for grid flexibility and renewable energy deployment. As digital demand continues to rise with AI adoption, telecom operators will increasingly depend on collaboration between industry and government to make the energy transition work at scale .