Hydrogen is emerging as a key enabler of the global energy transition. Beyond its role as a clean fuel, hydrogen has the potential to reshape how renewable energy is stored, managed, and integrated into modern power systems.
In this whitepaper, Power Systems Analyst MohamadAli Amini explores the technical foundations that position hydrogen as both an energy carrier and a stabilising force for the grid. The study analyses:
- Hydrogen’s scalability and long-term storage capabilities, compared to conventional systems such as BESS, pumped hydro, and compressed air storage.
- Its role in supporting renewable integration, including frequency regulation, voltage stability, and ancillary grid services.
- The growth of global hydrogen infrastructure, from large-scale projects like Trafford Green Hydrogen in the UK to the 35% increase in global electrolyser capacity in 2023.
- The importance of power quality and grid compliance, referencing standards such as G99, P28, and G55 that ensure safe and efficient operation of hydrogen systems.
The paper highlights how Enspec’s expertise in power system studies, harmonic analysis, and grid compliance supports the reliable integration of hydrogen technologies into the grid.
Hydrogen represents more than a fuel source. It is a catalyst for innovation, collaboration, and long-term grid stability in the journey to net zero.
Join us on the 20th of November for our next Hydrogen Webinar, where we will expand on these findings and discuss how hydrogen and power quality work together to enable a more resilient and sustainable energy future. Sing up here
Hydrogen as a Catalyst for Global Energy Transition
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