Why Hydrogen Investment Is Accelerating — and What Professionals Need to Know
The global fuel cell market is on a genuinely steep curve right now: from roughly USD 16.8 billion in 2026 to a projected USD 139 billion by 2034, a compound annual growth rate above 30%. North America alone is expected to pass USD 4.8 billion in fuel cell revenue this year, and government programs like the US Regional Clean Hydrogen Hubs initiative have already committed USD 8 billion to production, storage, and distribution infrastructure. Hydrogen refueling station investment is separately projected to reach USD 1.5 billion in 2026. The direction of travel is clear: hydrogen is moving from pilot projects to procurement decisions.
That shift is exactly what makes Hydrogen Energy Systems: Advancing Sustainable Power Solutions (Arora, Sharma, Tripathi & Chougule, Wiley) useful right now. Rather than treating hydrogen as a standalone technology, the book places it inside the full renewable energy mix, alongside solar, wind, hydro, geothermal, and biomass, and works through production, storage, mobility, and infrastructure as connected engineering and policy problems.
Three areas line up directly with where hydrogen investment is actually going:
- Net-zero strategy — a dedicated chapter on hydrogen's role in achieving net-zero emissions gives policy analysts and sustainability teams a framework for where hydrogen fits against electrification and other decarbonization pathways.
- Renewable hydrogen production — the book's treatment of producing hydrogen from renewable sources is directly relevant as green hydrogen electrolysis attracts a growing share of infrastructure spending.
- Fuel cell vehicles and refueling infrastructure — chapters on fuel cell vehicles, hybrid regenerative braking systems, and refueling infrastructure speak to the same buildout driving this year's investment numbers, useful for engineers and planners evaluating hydrogen mobility programs.
For academic and institutional libraries, this is a timely acquisition for energy engineering, environmental policy, and sustainability programs: it gives students and faculty a single reference that connects hydrogen chemistry and engineering to the economic and policy questions institutions are actually being asked about.
CLNZ Books ships this title worldwide, with institutional invoicing available and payment by card, PayPal, or international bank transfer for library and firm orders.
Q&A
Where can I buy Hydrogen Energy Systems: Advancing Sustainable Power Solutions?
You can order it directly from CLNZ Books, with worldwide shipping included in the price.
Why is hydrogen attracting so much investment right now?
Government programs and private capital are scaling up production, storage, and refueling infrastructure as the technology moves from pilot projects toward wider commercial deployment, particularly in heavy transport and industrial decarbonization.
Does this book cover hydrogen production, or just fuel cells?
Both — it covers hydrogen production from renewable sources, storage, fuel cells, and mobility applications, placing hydrogen within the broader renewable energy mix alongside solar, wind, hydro, geothermal, and biomass.
Is this book useful for policy and investment analysis, not just engineering?
Yes — it addresses net-zero strategy, decarbonization policy, and the economic and infrastructure questions shaping hydrogen investment decisions.
Does it address hydrogen refueling infrastructure?
Yes, alongside fuel cell vehicle applications and hydrogen supply chain and infrastructure planning.