On April 14, 2025, a joint report from Shenzhen and Morocco pointed out that Shenzhen Ruilin Technology Co., Ltd. and a well-known holding group with significant influence in the industrial and financial fields in the United Arab Emirates have recently officially reached a strategic cooperation. The two parties have finalized a joint investment of 50 million US dollars to build the first GW-level intelligent manufacturing base for electrolysis systems in North Africa in Morocco. This cooperation is not only a major breakthrough in the globalization layout process of Ruilin Technology, a leader in China's green hydrogen equipment industry, but also injects a "shot in the arm" into the booming green hydrogen industry in the Middle East and North Africa (MENA) region.

Full-chain Green Intelligent Manufacturing, Setting a New Industry Benchmark

According to the planning blueprint, the intelligent manufacturing base is located in the core industrial area of Morocco, covering an area of 30,000 square meters and with a building area of more than 10,000 square meters. The base is equipped with a photovoltaic power generation system with a power of 2MW to ensure that 100% of the production electricity is supplied by green electricity, truly implementing the concept of green production. Its annual production capacity can reach 1GW of super alkaline electrolyzer systems. Adopting a modular design combined with an automated production line, it is highly suitable for the needs of off-grid wind-solar coupled hydrogen production scenarios. It is worth mentioning that the base will also undertake the EPC general contracting work for the first 500MW green hydrogen project in North Africa simultaneously, and plans to complete the construction of the full life cycle of the project within two years, committed to becoming a global model of full-chain green intelligent manufacturing of green hydrogen.

Empowered by Core Technologies, Solving the Problem of Green Hydrogen Scalability

Ruilin Technology has been deeply engaged in the field of water electrolysis for hydrogen production for 17 years. Relying on its independently developed super alkaline electrolysis technology, it has successfully overcome industry pain points and achieved a major breakthrough in the performance of electrolyzers, achieving "ALK cost + PEM performance":

Excellent Dynamic Response: This technology can complete the load adjustment from 10% to 110% in just 20 seconds, seamlessly docking with the volatility of wind and solar power generation and greatly improving energy utilization efficiency.

Significant Energy Efficiency Improvement: The direct current power consumption is as low as 4.6kWh/Nm³, which is more than 10% lower than that of traditional alkaline electrolysis systems, effectively reducing the production cost of green hydrogen.

Compact and Innovative Design: The volume of a single cell is only one-fourth of that of similar products, supporting flexible container-style deployment, greatly saving space and facilitating quick installation and application in different scenarios.

This technology has undergone rigorous verification for 10 years through more than 200 sets of equipment in high-end industries such as the global semiconductor and metal metallurgy industries, and has accumulated mature and rich application experience in off-grid hydrogen production scenarios. The technical reliability and stability are beyond doubt.

Constructing a Trinitarian Ecology, Helping to Build the Europe-Africa Hydrogen Energy Corridor

After the completion of the project, it will construct a trinitarian industrial ecological system of "equipment manufacturing + green hydrogen production + cross-continental trade":

Powerful Production Capacity Radiation: The production capacity of the base will cover North African countries such as Morocco and Egypt, and will be further expanded to European markets such as Portugal, strongly promoting the large-scale development of the regional green hydrogen industry.

Leading with an Innovative Model: Through the innovative model of "photovoltaic hydrogen production + green ammonia synthesis", it realizes the local consumption and cross-border transmission of renewable energy, and explores a sustainable energy development path.

Standard Output Demonstration: The project simultaneously introduces China's hydrogen energy equipment technology standard system, providing Chinese standards and wisdom for the development of the global green hydrogen industry and enhancing China's international voice in this field.

This cooperation can be regarded as a model of international cooperation between the technical advantages of Chinese-funded enterprises and the capital strength of the Middle East, and it is also an important practice of actively implementing the United Nations Framework Convention on Climate Change. Both parties stated that they will take this project as a new starting point to further deepen the promotion and application of integrated solutions for wind, solar, hydrogen and energy storage on a global scale. It is expected that by 2027, the regional green hydrogen production capacity will exceed 2GW, creating a replicable and promotable commercial success sample for the global energy structure transformation and contributing to addressing global climate change. (This article is from the official website of Seetao.com, www.seetao.com. No reprinting is allowed without permission. Otherwise, legal liability will be pursued. If reprinting, please indicate Seetao.com + the original text link.) Editor of the Strategic Column of Seetao.com / Yin Shiqian