Grupo Aeroportuario del Centro Norte (OMA) is setting a new benchmark for sustainable aviation infrastructure in Mexico with the development of a massive renewable energy project at Monterrey International Airport. The operator, which manages 13 airports across the country, is integrating an 8.7MW solar park alongside a significant expansion of its battery energy storage system (BESS) to accelerate its operational decarbonization roadmap.
This strategic move, backed by global operator VINCI Airports, underscores a growing trend in the aviation sector where large-scale infrastructure projects are increasingly being designed with energy self-sufficiency as a core metric.
Scaling Renewable Capacity and Energy Resilience
The centerpiece of this initiative is the installation of approximately 15,000 high-efficiency solar panels, which are projected to generate 12.8GWh of clean energy annually. This power generation is expected to offset approximately 5,600 tonnes of CO2 emissions every year, a reduction equivalent to removing 1,200 standard passenger vehicles from the road.
Beyond generation, OMA is making a significant leap in energy reliability by expanding its battery storage capacity. By adding 40MWh to its existing 9MWh system, the facility will boast a total storage capacity of 49MWh. This move allows the airport to store excess solar energy generated during peak daylight hours for use during high-demand periods or as a reliable backup, effectively decoupling the airport’s energy consumption from the volatility of the traditional power grid. This integration of solar and storage places Monterrey at the forefront of airports in the region, providing a blueprint for modern, resilient transport hubs.
Strategic Investment and Global Sustainability Goals
This renewable project is part of a larger capital expenditure program totaling MX$16 billion (US$886.11 million) allocated for 2026 through 2030 across OMA’s network. A significant portion of this investment—MX$8 billion—is dedicated specifically to the Monterrey facility, aimed at upgrading terminal capacity and improving operational resilience.
The project aligns with OMA’s rigorous commitment to the VINCI Airports global sustainability framework. The company has already seen measurable success, reporting an 88% reduction in Scope 1 and Scope 2 emissions per passenger compared to 2018 levels. With an ambitious target to cut emissions by 66% by 2030 and source 87% of its total electricity from renewable origins, OMA is leveraging both technical infrastructure and management certification to achieve these ends. All 13 of its operated airports currently hold Level 3 Optimization certification under the Airport Carbon Accreditation (ACA) program.
Modernizing the Passenger Experience Through Tech
The push for sustainability is running in tandem with a broader effort to digitize and modernize airport operations. Recognizing that energy efficiency and passenger flow are inherently linked, OMA has introduced a suite of new technological tools within Terminal A.
These modern systems optimize baggage handling, security checkpoint processing, and check-in workflows. By utilizing smart technology to reduce passenger bottlenecks, the airport not only improves user satisfaction but also lowers the energy footprint associated with terminal lighting, climate control, and facility maintenance. As passenger numbers continue to rise—surpassing 28 million annually—the combination of AI-driven operational tools and clean energy infrastructure ensures that OMA can scale sustainably. This holistic approach proves that in the modern era of infrastructure, the “smart airport” must be both technologically advanced and environmentally autonomous.
Disclaimer: This content is auto-generated for informational purposes only.
Source: Read Original News
