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Bosch has blamed the sluggish roll-out of Europe’s hydrogen market as one of the factors behind job cuts at its Mobility division.

To plug a €2.5bn ($2.9bn) annual shortfall in the company, Bosch plans to cut as many as 13,000 jobs globally.

The German engineering and technology company claimed demand for newly commercialised hydrogen technologies is failing to materialise at the pace needed.

It also pointed to the collapse in diesel demand, sluggish global vehicle markets, weak uptake of electromobility and automated driving, and fierce price competition.

Bosch’s sites in Feuerbach and Homburg, where fuel cells and hydrogen injection systems are produced, have been left with underutilised capacity – a problem the company blames on lagging infrastructure and regulation.

“Demand for the hydrogen technology products commercialised in recent years is too low as a result of considerable delays to the ramp-up of the hydrogen market in Europe,” the company explained in a statement.

“This has led to underutilisation of production capacity and an overall workforce overcapacity at the site.”

H2 View understands that job reductions will extend through to 2030, with its German sites being the most severely affected.

The Feuerbach and Homburg plants will see major reductions, alongside Schwieberdingen, where Bosch’s Power Solutions and Electrified Motion divisions are based.

“The sharp decline in demand has meant there is significant overcapacity in administration and sales as well as in development and production,” Bosch added.

Board member Markus Heyn emphasised that geopolitical uncertainty and tariffs implemented by the US are further compounding pressures as Bosch battles for viability in an increasingly competitive global market.

“This is something that we, like all companies, have to deal with,” Heyn said. “We can expect to face even more intense competition. That’s why we’re aiming to seize growth opportunities wherever possible and make sure our mobility locations worldwide remain viable.

“I’m convinced that Bosch Mobility can prevail in the highly competitive global market. But we have to pave the way for this now and use our own resources to secure our competitiveness, as time is pressing.”

Even as Bosch takes drastic cost-cutting measures, its leadership has doubled down on hydrogen’s long-term role. Chairman Dr. Stefan Hartung reaffirmed to H2 View in May that hydrogen remains a core pillar of its long-term strategy.

He underlined that hydrogen internal combustion engines (ICE) and the firm’s new PEM electrolyser stacks will drive future growth, even if Europe lags behind other regions.

However, he warned that EU tax policy is actively hindering the adoption of hydrogen engines.

“The EU allows tax exemptions under certain circumstances,” Hartung said. “The German government should take advantage of this and exempt the hydrogen engine from the energy tax as soon as possible.”

Bosch has already launched mass production of truck fuel cell modules and is targeting billions in hydrogen-related sales by 2030, though it scaled back some projects, including stationary SOFC development.

https://www.h2-view.com/story/bosch-to-axe-13000-jobs-amid-e2-5bn-shortfall-at-mobility-division/2132742.article/?utm_medium=email&utm_campaign=Daily+Daily+Hydrogen+Highlights&utm_content=Daily+Daily+Hydrogen+Highlights+CID_274ec3848b7fbd8953373d5cf58f2b51&utm_source=Campaign+Monitor&utm_term=Bosch+to+axe+13000+jobs+amid+25bn+shortfall+at+Mobility+division

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The government announced on the 30th that it will pursue a large-scale green hydrogen production demonstration project of up to 100 MW (megawatts) in Jeju Island and the western and southern coastal regions, where renewable energy is densely concentrated.

Green hydrogen refers to hydrogen produced through water electrolysis using electricity generated from renewable energy sources such as solar and wind power. While previous demonstrations were conducted at scales of 10 MW or less, the government plans to expand this to 50 MW within this year and apply for a preliminary feasibility study for 100 MW by next year.

 

The Ministry of Trade, Industry and Energy stated this as the "Ultra-Innovative Economy Green Hydrogen Project Promotion Team" was launched. The team, divided into subcommittees for technological innovation, demonstration and operation, industry attraction and support, and regulatory improvement, aims to accelerate tax and regulatory reforms to promote the green hydrogen industry.

Green hydrogen is considered a stable solution to address the "intermittency" issue inherent in renewable energy. Excess electricity generated during periods of strong sunlight or wind can be stored by decomposing water into hydrogen. When electricity is scarce, the stored hydrogen can be reconverted into electricity via fuel cells or turbines.

However, green hydrogen has faced challenges due to high production costs and the fact that water electrolysis technology has not yet reached commercial viability. In response, a source from the Ministry of Trade, Industry and Energy stated, "Through this demonstration project, we will secure leading electrolysis technologies and track records to enhance domestic green hydrogen production capabilities and economic feasibility."

 

South Korea to Demonstrate 100 MW Green Hydrogen Production

 

South Korea to Demonstrate 100 MW Green Hydrogen Production - Fuelcellsworks

The government of South Korea announced a large-scale green hydrogen production demonstration project of up to 100 MW in Jeju Island and coastal regions to address renewable energy intermittency issues.

fuelcellsworks.com

 

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MANGALORE, KARNATAKA, INDIA, September 25, 2025 /EINPresswire.com/ -- In a celebration of India’s emerging deep-tech ecosystem, HYDGEN, a pioneering developer of decentralized green hydrogen electrolyzers, was recognized as one of the Top 3 Winners at the Mangaluru Blue Startup Pitching Competition, part of Technovanza 2025 – Beyond Bengaluru, hosted by the Karnataka Digital Economy Mission.

Out of more than 70 startups from across the region, HYDGEN first advanced to the Top 10 Finalists and ultimately captured a spot among the top three, demonstrating both technical excellence and a vision for a cleaner, hydrogen-powered future.

“This recognition is not just an award, it’s a testament to the innovation thriving beyond metropolitan hubs,” said Dr. Manipaddy Krishna Kumar, Co-Founder and COO of HYDGEN. “It shows that with talent, ambition, and ecosystem support, Tier-2 cities like Mangaluru can produce world-class solutions ready for global impact.”

 

Showcasing Next-Generation AEM Electrolyzer Technology

At its booth, HYDGEN captivated attendees with live hydrogen production demonstrations using its modular 1 kW to 100 kW AEM electrolyzer stacks, which produce ultra-high-purity hydrogen on-demand. These stacks give HYDGEN a distinct technological advantage, as most AEM competitors operate at far smaller scales, limiting their industrial applicability. The company’s modular design allows seamless scaling, providing industries - from mobility to semiconductor, lab grown diamond and chemical production, to academic research - the flexibility to produce hydrogen efficiently, on-site, and without relying on complex transport logistics.

“Our technology bridges the gap between efficiency and industrial scalability,” explained Dr. Kumar. “By combining the benefits of PEM and alkaline electrolysis, our AEM stacks operate flexibly under variable loads while remaining cost-effective and modular. It’s this combination that sets us apart in the global hydrogen market.”


Engaging with Mangaluru’s Emerging Innovation Ecosystem

Technovanza 2025 drew a diverse mix of stakeholders, from government and incubators to investors, industry leaders, and academic institutions. Panels and keynote sessions highlighted Mangaluru as a growing hub for deep-tech innovation and Global Capability Centres (GCCs). Key insights included:
- Mangaluru now hosts 600+ deep-tech startups supported by 19 incubators, including government and private initiatives.
- Effective policy support and risk-tolerant culture are fueling startup growth, particularly in emerging sectors like renewable energy, mobility, and industrial technology.
- The city is attracting GCCs and R&D centres, positioning itself as a Tier-2 innovation hub with global impact potential.

HYDGEN co-founder and Director of Operations, Ms. Ramyasri Doddamani Srivastava, engaged with students, industry experts, and policymakers, discussing the transformative potential of hydrogen. “Technovanza allowed us to demonstrate the real-world impact of our technology while building relationships that will help us scale,” said Ms. Ramyasri Doddamani Srivastava.


Policy and Market Context

HYDGEN’s win also resonates against the backdrop of India’s National Hydrogen Mission, which aims to accelerate clean hydrogen production and industrial adoption. Coupled with state-level incentives in Karnataka and global support mechanisms - from US clean hydrogen tax credits to EU Green Deal funding - HYDGEN is strategically positioned to capitalize on industrial decarbonization opportunities worldwide.


Looking Ahead

Beyond the competition, HYDGEN is preparing to scale its global presence. The company is a finalist in the Cleantech Open National Finals in California, participating in the Third Derivative accelerator, and is actively engaging with international partners to expand its North American footprint.

“Recognition at Technovanza is proof that local innovation can reach global markets,” said Dr. Kumar. “We’re proud of our roots and excited to take this momentum forward.”


About HYDGEN

HYDGEN develops decentralized green hydrogen electrolyzers for industrial and commercial applications. Its modular AEM and PEM stacks reduce logistics costs, improve energy efficiency, and enable on-demand hydrogen production, supporting the global energy transition.

Nathalie Couët
Hydrogen Innovation Pte Ltd

 

HYDGEN Triumphs at Mangaluru Technovanza 2025, Showcases Next-Generation AEM Hydrogen Electrolyzers

 

HYDGEN Triumphs at Mangaluru Technovanza 2025, Showcases Next-Generation AEM Hydrogen Electrolyzers

HYDGEN team at Mangaluru Technovanza on September 23rd, 2025 HYDGEN COO & Director of Operations HYDGEN Mangaluru Technovanza demonstration booth By combining the benefits of PEM and alkaline electrolysis, our AEM stacks operate flexibly under variable loa

ktla.com

 

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(서울=뉴스1) 김성식 기자 = 현대자동차(005380)가 수소 모빌리티를 확장하려면 고분자전해질막(PEM)을 활용한 수전해(水電解) 및 연료전지 기술이 먼저 상용화돼야 한다며 이를 뒷받침하는 국가 차원의 프로젝트 진행을 제안했다.

신승규 현대차 전무는 30일 국회에서 열린 수소경제 정책 토론회에서 "수소산업은 선용후질(先用後質), 즉 수소 경제를 먼저 활성화하고 이후 관련 생태계를 확대하는 전략이 필요하다"며 이같이 제안했다.

신 전무는 물을 전기로 분해해 수소를 얻는 수전해 기술과 수소를 연료로 전기를 생산하는 연료전지 기술을 고분자전해질막(PEM)을 활용해 동시에 상용화해야 한다고 강조했다. 그는 "PEM 수전해와 PEM 연료전지는 동일한 PEM 기술 기반을 공유해 주요 핵심 부품의 호환이 가능하다"며 "두 기술을 동시에 상용화할 경우 규모의 경제를 통한 가격 경쟁력 확보가 가능하다"고 말했다.

이어 "현대차는 수소 모빌리티를 통해 축적한 PEM 기술은 이미 글로벌 경쟁력이 입증됐다"며 "이에 따라 연료전지 기술개발 역량을 바탕으로, 수전해기 개발 및 실증을 진행 중"이라고 덧붙였다.

그러면서 "현대차 연료전지 부품 국산화율은 약 90% 수준이다. 수전해 기술도 국산화해 글로벌 경쟁력을 확보할 수 있다"고 강조했다.

신 전무는 중국이 기술 격차를 좁혀오고 있는 만큼 국가적 차원에서의 투자 적기를 놓쳐서는 안 된다고 경고했다. 그는 "한국은 PEM 기술 측면에서 중국에 앞서 있으나, 중국은 배터리 성공 사례를 바탕으로 수소 에너지를 차세대 성장동력으로 선정하고 강력하게 지원하고 있다"며 "중국 태양광, 배터리 사업 사례처럼 한국이 '수소 골든타임'을 놓칠 경우, 시장 선점 기회 상실 우려된다"고 말했다.

현대차 "수소 모빌리티 확장, 정부 지원 PEM 수전해·연료전지 사업 필요" - 파이낸셜뉴스

 

현대차 "수소 모빌리티 확장, 정부 지원 PEM 수전해·연료전지 사업 필요"

신승규 현대자동차 전무(왼쪽)가 30일 국회에서 열린 수소경제 정책 토론회에 참석해 수소 모빌리티 확장을 위한 고분자전해질막(PEM) 수전해 및 연료전지 기술 상용화 필요성을 언급했다. 2025.09.

www.fnnews.com

 

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