Germany’s green hydrogen dream is on the brink of collapse—and time is running out. Bold investments, ambitious plans, and a spotless factory near Hamburg stand as testaments to a vision that could revolutionize energy, but the reality is far from rosy. Inside this high-tech facility, robotic arms meticulously assemble electrolysers, devices that split water into oxygen and hydrogen using proton exchange membranes. These machines are faster and more precise than any human worker, yet they sit largely idle. Why? Because the demand for these electrolysers is a fraction of what the factory can produce. And this is the part most people miss: the green hydrogen industry isn’t just facing a supply issue—it’s a demand crisis.
Quest One, the company behind this operation, has already laid off 20% of its German workforce, despite the plant’s capacity to support nearly double its current staff. Nima Pegemanyfar, the company’s executive vice president, admits, ‘Demand is the problem. It’s not supply.’ Green hydrogen, produced using renewable electricity, remains too expensive compared to fossil fuel-derived alternatives. Globally, low-emission hydrogen production—including both green and grey hydrogen—accounts for less than 1% of total hydrogen output. But here’s where it gets controversial: can green hydrogen ever compete with fossil fuels without massive government intervention?
Scaling up production could lower costs, but most projects remain small, trapped in a cycle of high prices and low demand. Quest One hopes to eventually produce green hydrogen at €4 per kilogram, half its current price in Germany. Yet, the challenge isn’t just economic—it’s also about priorities. Christian Stöcker, a communication professor at Hamburg University of Applied Sciences, criticizes the focus on using hydrogen for heating buildings and powering cars, calling it ‘extremely inefficient’ compared to heat pumps and electrification. Is the hype around hydrogen in these sectors a distraction from its real potential?
Adding to the complexity, green hydrogen’s ties to fossil fuel companies and automakers raise eyebrows. Some argue these industries are merely seeking to justify their existing infrastructure. Quest One, owned by Volkswagen Group, may soon be sold, though the company remains tight-lipped. A spokesperson stated, ‘We are currently reviewing strategic options for Everllence,’ the parent company of Quest One. Are these corporate maneuvers a sign of commitment or retreat?
German green hydrogen companies insist government policy is the only way to make prices competitive. Without it, billions in infrastructure—like the planned hydrogen pipeline network in northern Germany and underground storage in salt caverns—could go to waste. Storengy Deutschland, for instance, is building storage facilities to convert excess renewable electricity into hydrogen for winter use, a process that won’t be operational until the 2030s at the earliest. But is this long-term bet worth the risk?
Internationally, plans for hydrogen transport networks to countries like India, Saudi Arabia, Chile, and Namibia face efficiency losses and ethical concerns. Critics warn of exploiting ecologically sensitive areas abroad to fuel European industries, potentially widening the energy access gap between supplier and consumer nations. Is this the cost of a green future, or a step too far?
The German government, while acknowledging hydrogen’s role in meeting climate targets, is scaling back its green hydrogen ambitions due to high costs. Meanwhile, domestic companies demand more support to compete with China, which dominates 60% of global electrolyser manufacturing. Ivana Jemelkova, CEO of the Hydrogen Council, notes that demand has fallen short of the lofty expectations set five years ago. In the past 18 months alone, 52 low-carbon hydrogen projects were cancelled. ‘That’s a lot of bad news,’ she admits. But is this the end, or just a bumpy road to progress?
For German companies like Quest One, the clock is ticking. They can’t afford to wait for the market to catch up. So, here’s the question: Is green hydrogen a doomed experiment, or the key to a sustainable future? What do you think?
