UAE and Azerbaijan gear up for hydrogen as their green energy partnership deepens

Hydrogen might well become the next significant step in the UAE-Azerbaijan energy partnership, building upon their already growing alliance in solar technology and broader low-carbon solutions, according to UAE political scientist Salem Alketbi. He shared his insights during AZERTAC’s programme, “Azerbaijan and the World”.

His perspective reflects a relationship that’s been steadily broadening, moving from broad diplomatic engagement into more concrete clean-energy cooperation. Over recent years, Abu Dhabi and Baku have moved past just discussing transition policies and have gone into formal agreements, joint planning, and project development across renewables, grid investments, and emerging fuels.

That momentum was notably strengthened in December 2023, when ADNOC and SOCAR signed a strategic collaboration deal aimed at exploring hydrogen, carbon management, and geothermal technologies. Both companies stated at the time that this partnership was designed to aid decarbonisation efforts in the UAE, Azerbaijan, and other markets, while also bolstering their wider net-zero ambitions. The agreement built upon existing commercial links, such as ADNOC’s stake in Azerbaijan’s Absheron gas and condensate field and Masdar’s involvement in Abu Dhabi Future Energy Company.

Alketbi indicated that hydrogen actually serves as a pretty handy next step for both nations. But he did emphasise that progress on this front hinges on several practical conditions being met first. They’ll need to secure funding, develop infrastructure, and establish export routes. These are familiar hurdles in the hydrogen sector, where ambitious project announcements often depend not just on production capacity but also on transport systems, offtake agreements, and long-term policy support.

The UAE finds this appealing, of course. The country has made itself a notable player in the global clean-energy arena, pursuing a strategy that spans utility-scale solar projects, industrial decarbonisation, and future fuels. For Azerbaijan, hydrogen fits into a broader effort to diversify its energy economy while still maintaining its regional role as an energy exporter.

Their relationship has continued to accelerate through 2025 and into 2026. In December 2025, both countries discussed new wind and solar projects, with the UAE ambassador, Mohammed Al Blooshi, highlighting Masdar as a leading partner in Azerbaijan’s clean-energy expansion. This follows closely on the heels of Masdar’s Garadagh solar photovoltaic plant, which the UAE foreign ministry described in October 2023 as the largest operational plant of its kind in the region and the first major independent solar project in Azerbaijan backed by foreign investment.

The green energy push received further political backing in February 2026 when UAE President Sheikh Mohamed bin Zayed Al Nahyan and Azerbaijani President Ilham Aliyev held talks in Abu Dhabi. They discussed renewable energy, sustainable development, and longer-term economic collaboration. Reports from that meeting indicate the pair focused on low-carbon technologies and sustainable infrastructure, signalling that climate-focused cooperation is now integrated into their broader strategic relationship, rather than being a separate track.

This theme was reaffirmed in April 2026, when Azerbaijani Energy Minister Parviz Shahbazov met with UAE Minister of State Saeed bin Mubarak Al Hajeri to review cooperation in oil and gas, renewable energy, energy efficiency, regional energy corridors, and logistics. The Azerbaijani energy ministry described the talks as part of the framework of their Comprehensive Strategic Partnership, highlighting how high-level political dialogue is critical in driving joint projects forward.

Even earlier, in January 2024, the two nations signed four energy cooperation agreements, covering electricity transmission infrastructure and strategic collaboration in renewable and clean energy capacities. These documents also laid out plans for onshore solar and wind projects with a combined capacity of 1 gigawatt, while explicitly leaving the door open for rooftop solar, green hydrogen, green ammonia, synthetic methane, sustainable aviation fuel, and green power exports.

The importance of this broad approach shouldn’t be underestimated. Hydrogen development isn’t likely to happen in isolation. It heavily depends on electricity systems, industrial demand, port logistics, certification regimes, and in many cases, the widespread availability of renewable power. Therefore, the progression of the UAE-Azerbaijan partnership seems to mirror the layered evolution of the technologies it hopes to develop: first solar, then wind and grid links, and now perhaps moving into molecules, fuels, and export-oriented low-carbon industries.

Alketbi’s comments suggest that hydrogen is no longer simply a distant concept for this alliance; rather, it’s becoming part of a medium-term strategic dialogue between Abu Dhabi and Baku. The real challenge now is whether the political will, commercial partnerships, and technical infrastructure can actually be turned into bankable projects.

For climate-tech watchers in the UAE, this relationship with Azerbaijan is definitely worth keeping an eye on. It could serve as a model of how Emirati capital, state-connected companies, and diplomatic ties can come together to build an energy partnership that extends well beyond hydrocarbons, helping shape a post-fossil fuel economy. If hydrogen development does take off, it will likely be built on a foundation already established by solar projects, strategic accords, and a shared desire to stay relevant in a rapidly changing global energy scene.