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Global Airline Industry Set To Hit $1 Trillion By 2025 Despite Supply Chain Turbulence

The global airline industry is on track to achieve record revenues of $1 trillion by 2025, according to the International Air Transport Association (IATA). While passenger numbers continue to rise, the sector faces persistent challenges, including aircraft supply chain disruptions and operational delays.

Record Revenue and Profit Growth

IATA projects a net profit of $36.6 billion for the airline sector in 2025, a rise from the $31.5 billion expected in 2024. Passenger traffic remains strong, with a record 5.2 billion passengers travelling in 2024. Although growth in 2025 is forecasted to be more moderate, it will still contribute to a sustained recovery following the COVID-19-induced collapse of 2020, which saw industry losses of $140 billion.

Lower fuel prices are providing some relief for airlines. Brent crude oil prices have declined by 20% over the past year, easing operating costs. The outlook is further supported by expectations of looser fiscal policies worldwide, which could bolster consumer purchasing power and drive global economic growth.

Supply Chain Disruptions Hamper Expansion

Despite positive financial projections, airlines face significant operational challenges. Strikes and technical issues at major aircraft manufacturers Boeing and Airbus have delayed deliveries of new, more fuel-efficient planes. These delays are problematic for airlines seeking to modernise their fleets and reduce fuel costs.

Boeing’s production of the 737 MAX aircraft was disrupted after a seven-week strike involving more than 70,000 employees. Following a new labour agreement that includes a 38% wage increase over four years, production has resumed. However, the backlog of more than 4,000 pending orders poses a logistical hurdle for Boeing as it seeks to meet growing airline demand.

A Look Ahead

As the airline industry edges closer to the $1 trillion revenue milestone, it must navigate both opportunities and obstacles. Rising passenger numbers and easing fuel costs are key growth drivers. However, production delays at Boeing and Airbus highlight the fragile nature of the sector’s supply chain.

The coming years will be defined by how well the industry adapts to these challenges. Airlines reliant on timely fleet upgrades may face operational setbacks, but the overall outlook remains positive. With strong global demand, increased profits, and declining fuel costs, the sector is poised for continued growth—though not without turbulence along the way.

University Of Cyprus And DegradationLab Launch Solar Research Project

The DegradationLab Strategy Unit in Infrastructure and the University of Cyprus Photovoltaic Technology Laboratory have launched a research project focused on validating a performance monitoring system for next-generation photovoltaic devices.

Named MPPT-Solution, and formally titled “Proof of Concept of Open-Source, Low Cost, And Adaptable MPP Tracking System For Perovskite PV Devices”, the project aims to improve Maximum Power Point Tracking (MPPT) for emerging photovoltaic technologies, including perovskite-based solar cells.

Addressing Hysteresis In Photovoltaic Performance

One of the project’s objectives is to address measurement hysteresis, a challenge associated with several emerging photovoltaic technologies. Researchers are developing an electronic monitoring system designed to track maximum power output more accurately and support performance assessment under varying operating conditions.

Rigorous Testing And Strategic Validation

Launched on March 1, 2026, the project is scheduled to run for nine months. Testing will be conducted under controlled laboratory conditions at the University of Cyprus before moving to field trials involving large-scale perovskite photovoltaic panels. During the outdoor testing phase, international industry partners will collaborate with researchers to evaluate system performance under real-world operating conditions.

Pathway To Commercial Viability

Alongside its research objectives, MPPT-Solution is exploring the development of an open-source, low-cost and adaptable MPPT system for future commercial applications. Project participants expect the technology to contribute to improving the efficiency and monitoring capabilities of next-generation photovoltaic installations.

Strategic Funding And Innovation

Funding is provided by the Cyprus Research and Innovation Foundation through its Proof of Concept programme, which forms part of the broader Smart Development initiative. Support from the programme will enable the development and validation of renewable energy technologies while strengthening research activity in Cyprus.

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