20 GW en marcha: ABO Energy presenta su estrategia global de hidrógeno verde en el Foro de Liderazgo en Almacenamiento y Energías Renovables.

During the "Storage and Renewable Leadership Forum", organised by Strategic Energy Corp, Dr Fabián Hinz, Head of Hydrogen International at ABO Energy, outlined the company"s ambitious strategy for green hydrogen.

With a global pipeline of 20 GW in development, ABO Energy is positioning itself as one of the most significant players in the production and commercialisation of renewable hydrogen.

SOur approach is global.

We are working on multiple hydrogen projects across North America, Europe, Africa, and Latin America, aiming to integrate this technology into key economic sectors, explained Hinz.

Relieve the event here: https://www.youtube.com/live/6tsYn3YqBqE?feature=shared&t=2925 The first event of the year by Strategic Energy Corp was a two-part virtual session, co-organised with Mobility Portal Europe and Strategic Energy Europe.

Strategic Energy Corp partnered with Future Energy Summit (FES) to host this event, as FES is the leading platform for renewable energy discussions in Spanish-speaking countries.

Notably, on 24 June, the third edition of FES Iberia 2025 will take place at Colegio Caminos (Auditorio Betancourt, C. de Almagro, 42, Chamberí) in Madrid. (Relive the previous edition here). The event will feature companies such as Iberdrola, Nextracker, Engie, Grenergy, Statkraft, Acciona Energía, Red Eléctrica, and EDP Renovables, alongside key representatives from Spain"s regional governments and Latin America.

Key discussion topics will include solar and wind energy, energy storage, green hydrogen, distributed generation, PPAs, auctions, and new projects.

ABO Energy is advancing projects in Argentina, Finland, Spain, and Tunisia, expanding its presence in key markets.

In Argentina, the company is exploring opportunities for green hydrogen production in Patagonia, a region with immense wind potential that could generate low-cost hydrogen for export.

In Finland and Spain, ABO Energy is focusing on developing infrastructure for hydrogen production and storage, aiming to integrate this technology into Europe"s energy mix.

SWe aim to develop projects in key regions that will position green hydrogen as a core pillar of the energy transition," stated Hinz.

One of ABO Energy"s most significant developments is the Tokio-Kohti project in Newfoundland and Labrador, Canada.

The company was one of four selected in a land tender to develop a green ammonia production plant on a 108,000-hectare site.

To ensure the project's viability and financing, ABO Energy has established a strategic partnership with Copenhagen Infrastructure Partners (CIP), facilitating its development and strengthening its position in the North American market.

STokio-Kohti will be a global benchmark in green ammonia production, enabling the export of hydrogen to international markets and contributing to emission reductions in key industries such as chemicals and maritime transport," said Hinz.

One of the main challenges for expanding green hydrogen is the need for production, storage, and transport infrastructure.

ABO Energy has identified the lack of adequate distribution networks as a significant barrier to large-scale hydrogen adoption.

SWe need to develop intermediate infrastructure that connects hydrogen production with end users.

This is crucial for reducing costs and ensuring a stable global supply, explained Hinz.

As part of its infrastructure strategy, ABO Energy is developing a 5 MW electrolyser and a hydrogen refuelling station with the capability to refuel trucks and trailers at 200 and 300 bar, a key initiative for the logistics and heavy transport sectors.

While green hydrogen is one of the most promising technologies in the energy transition, it still faces regulatory and financial challenges.

According to Hinz, one of the major obstacles is the difficulty in securing offtake agreements, a critical factor for projects to reach Final Investment Decision (FID).

SEven fully developed projects struggle to secure long-term purchase agreements, which limits financing and execution.

For hydrogen to scale by 2025, supportive policies that drive demand and ensure market stability are necessary, noted Hinz.

On 26 February, the European Commission will introduce the Clean Industrial Deal, a new strategy aimed at decarbonising the industrial sector and accelerating the adoption of clean technologies in Europe.

This regulatory framework will be crucial for the development of green hydrogen, as it will include financial incentives, emission reduction targets, and support mechanisms for the production and distribution of renewable energy.

For ABO Energy, the implementation of clear policies and a stable regulatory framework is essential to ensure the viability of hydrogen projects in the region.

SThe Clean Industrial Deal could be a key catalyst for attracting investment, closing the cost gap, and positioning hydrogen as a competitive solution for European industry," stated Hinz.

With this new policy package, the European Union seeks to establish green hydrogen as a pillar of the energy transition, promoting its adoption in key sectors such as the chemical industry, steel production, heavy transport, and power generation.

For companies like ABO Energy, these initiatives represent a significant opportunity to accelerate expansion and ensure scalability across Europe and beyond.

To establish green hydrogen as a viable and competitive alternative by 2025, ABO Energy highlights the importance of clear market signals and governmental support.

According to Hinz, key actions include:

• Implementing subsidies and financing mechanisms to reduce the cost gap with fossil fuels.
• Establishing hydrogen usage quotas in strategic sectors such as industry and transport.
• Accelerating permitting and regulatory processes to ensure projects are executed on time.

With 20 GW in development and a global expansion strategy, ABO Energy is positioning itself as one of the key players in the global energy transition.

The combination of technological innovation, strategic partnerships, and supportive policies will be essential in establishing green hydrogen as a scalable and sustainable energy solution in the coming years.