Decarbonising energy systems is a cornerstone of the global net-zero transformation. To achieve climate targets, industries must shift away from conventional energy sources and adopt clean, efficient alternatives—without compromising performance, safety, or resilience.
From hydrogen to e-fuels, electrification to carbon capture, the challenge is complex and highly technical. It calls for in-depth engineering expertise and system-wide thinking to design, validate and implement energy solutions that meet tomorrow’s demands.
At Airbus Protect, we help our clients navigate the energy transition by providing expert support across the entire energy and fuel value chain—from R&D and design to operations and infrastructure development.
We combine strong domain knowledge in industrial and aeronautical systems with cutting-edge insights into new fuels, electrification, and decarbonisation technologies. Whether you’re designing future programmes, scaling low-carbon infrastructure, or exploring hydrogen integration, our teams ensure your projects are future-proof and regulation-ready.
With us, the energy transition becomes a catalyst for innovation, not a barrier.
Get in touch to discover how we can support you
For this second episode of Women in STEM, we are taking a look at cyber jobs with Emma Mullins, Cybersecurity Analyst at Airbus Protect. Based in Airbus Protect’s Newport campus, Emma Mullins is a first line cybersecurity analyst. Day-to-day, she focuses on detecting and responding to incidents within the SOC. In this blog, Emma explains […]
Many industrial projects that are part of the deployment of the hydrogen sector have now been launched. Beyond the technical and economic feasibility of these projects, safety and reliability issues remain at the heart of the concerns of the stakeholders, whether they are equipment manufacturers, technology suppliers, designers of mobility systems, local authorities, or industrial […]
The rail sector is shifting to a new paradigm of digitalisation to bring in efficiencies to counter the increased demands of travelling passengers and goods transport, while ensuring the highest safety and security of the infrastructure. To achieve this goal, Rail Operators have adopted modern systems combining IT and IoT technologies. Digital transformation strategies within the Rail sector include more connectivity for Industrial Control Systems (ICS), increasing their exposure and potentially making them more vulnerable and exposed to cyber-attacks.
