Arctech secures 175 MW solar tracker contract for ACME’s green ammonia project in Oman, signaling rising demand for solar-hydrogen infrastructure

Arctech, a global leader in solar tracking and racking solutions, has signed a strategic agreement with India-based ACME Cleantech Solutions Pvt. Ltd. to supply 175 MWp of its advanced Skyline II single-axis solar trackers for a flagship green hydrogen and ammonia project in Duqm, Oman. The project, expected to produce 300 metric tonnes per day (MTPD) of green ammonia, is a critical component of Oman’s clean energy export ambitions and is slated to become one of the largest solar-hydrogen integration initiatives in the Middle East.

Why Is Arctech’s Contract with ACME in Oman So Significant for the Global Solar Supply Chain?

The deal marks a turning point in how solar tracker technology is being deployed not just to support grid-tied renewable projects but also to enable next-generation green hydrogen production. Arctech’s technology will directly power the solar photovoltaic (PV) component of ACME’s green hydrogen facility, offering adaptive tracking and high durability in Duqm’s extreme climatic conditions, which include wind speeds up to 55 m/s and C5-level corrosion.

The Duqm region, located on Oman’s southeastern coast, is rapidly emerging as a strategic renewable energy hub due to its high solar insolation levels—averaging over 5,700 kWh/m² annually, and vast expanses of arid, underutilized land. These geographical advantages, coupled with progressive regulatory backing from Oman’s Ministry of Energy and Minerals, have positioned the region as a launchpad for multi-gigawatt clean energy investments.

What Makes Skyline II Trackers Ideal for Green Hydrogen Projects?

The Skyline II, Arctech’s signature 1P single-axis tracking system, is tailored for extreme weather resilience. The product is engineered for high wind endurance and desert terrain, incorporating intelligent stow mechanisms, torque tube structures, and corrosion-resistant coatings. These features align well with the requirements of solar-to-hydrogen electrolyzer operations, which demand uninterrupted, optimally tracked solar exposure to maintain steady load supply for water-splitting processes.

According to the company, the phased delivery of trackers is scheduled to begin in July 2025, aligning with the broader project execution roadmap. Given the integration challenges in hybrid projects like solar + hydrogen + ammonia, early-stage tracker deployment is considered crucial for energy modeling and site commissioning.

How Does This Fit into Oman’s Broader Renewable Energy Strategy?

The Oman Power and Water Procurement Company (OPWP), the country’s centralized energy procurement body, has laid out a national target of sourcing 35–39% of electricity from renewable energy by 2040. Recent announcements, including the launch of a concentrated solar power (CSP) plant also in Duqm, highlight a deliberate policy pivot toward renewable capacity building and green fuel export.

This ACME-Arctech partnership reinforces that trajectory by integrating modular solar power generation with electrolysis-driven hydrogen production, ultimately leading to green ammonia synthesis. Oman’s strategic port access and bilateral ties with Europe and East Asia also allow this green ammonia to be exported via established maritime routes, tapping into the growing demand for zero-carbon fuels in heavy industry and transportation.

How Are Stakeholders Reacting?

While financial details of the Duqm green ammonia project remain undisclosed, institutional confidence in Arctech’s execution ability is reflected in its growing portfolio across Asia, MENA, and LATAM. The company has delivered over 50 GW of tracker systems globally, including in environments with similar topographic and meteorological risks.

The sentiment among infrastructure investors and energy analysts is optimistic. Oman’s Hydrogen Development Oman (Hydrom) platform is already facilitating investments from sovereign wealth funds, multilateral lenders, and global green energy developers, signaling broader financial alignment. ACME’s presence in Oman is viewed as part of India’s strategic green hydrogen expansion aimed at creating export corridors and gaining a technological edge in electrolyzer-linked ecosystems.

Where Does This Position Arctech in the Competitive Landscape?

The global solar tracker market is expected to exceed $20 billion by 2030, driven by higher adoption of bifacial panels, PV-H2 hybridization, and the need for site-specific performance optimization. Arctech’s early engagement with green hydrogen use cases gives it a competitive edge against other players like NEXTracker, Array Technologies, and Soltec.

The Oman contract validates Arctech’s technology roadmap and its marketability in utility-scale, export-oriented hydrogen-ammonia projects, which require long-term warranties, low maintenance, and rugged design.

For ACME, this collaboration secures a critical balance-of-system (BoS) partner with proven experience in phased tracker commissioning and EPC collaboration. For Arctech, it solidifies its standing not only as a product supplier but as a strategic infrastructure partner in clean energy megaprojects.

How Will This Project Impact Future Solar-Hydrogen Developments in the Middle East?

The Middle East, long dependent on oil exports, is now investing heavily in green hydrogen and derivatives like green ammonia and methanol. With countries like Saudi Arabia, the UAE, and Oman racing to diversify their energy base and establish hydrogen export hubs, early-stage execution in Duqm could set the tone for regional benchmarking.

Experts believe that successful implementation in Duqm—particularly under desert wind and salt-laden conditions—will serve as a replicable model for Egypt’s Red Sea corridor, NEOM in Saudi Arabia, and even Australia’s Northern Territory hydrogen initiatives.

Moreover, Arctech’s performance in Oman could influence procurement decisions for future rounds of Oman’s Hydrom bidding cycles, especially in the Al Wusta and Dhofar regions, where new land banks are being opened for renewable concessions.

Will There Be Follow-On Contracts or EPC Integration Opportunities?

The size and complexity of Duqm’s green ammonia facility open up opportunities beyond tracker supply. Industry insiders indicate that Arctech could be tapped for O&M services, remote monitoring systems, or even a multi-phase tracker expansion as the project scales toward gigawatt levels. ACME’s phased execution strategy also leaves room for technology upgrades, digital twin modeling, and module-tracker co-optimization—areas where Arctech could deepen its presence.

Analysts suggest that as energy storage, hybridization, and digital energy management gain traction, solar tracker suppliers with a deep technical bench and integrated software platforms will hold a distinct advantage in high-capex hydrogen projects.

Summary of Early Market Reaction and Strategic Takeaway

While neither company is publicly listed, the announcement has already sparked positive sentiment across renewable energy investment forums. The strategic implications—ranging from solar-hydrogen integration, regional energy diplomacy, and tracker performance benchmarking—are viewed as key pillars in scaling low-carbon fuels.

If successfully executed, the ACME-Arctech project could emerge as a lighthouse example of how solar infrastructure, when customized to environmental challenges, can accelerate the green hydrogen transition in export-focused economies.

As the first batch of Skyline II trackers is readied for deployment in July 2025, all eyes will be on Arctech’s ability to deliver in what could become one of the world’s most influential clean ammonia corridors.