Samsung E&A, a global energy solutions provider, has introduced CompassH2, a groundbreaking green hydrogen production plant solution developed in partnership with Nel. This innovative solution aims to achieve optimum Levelized Cost of Hydrogen (LCOH) while setting new standards in system efficiency and cost-competitiveness. The official launch of CompassH2 is scheduled during the World Hydrogen Summit 2025 in Rotterdam, Netherlands. CompassH2 is designed to deliver the best system efficiency through Nel's electrolyser technology and Samsung E&A's engineering excellence, ensuring low LCOH and high performance guarantees. Samsung E&A's project team will offer comprehensive engineering support throughout the project lifecycle, providing end-to-end solutions covering various project phases. The scalable design of CompassH2, with a base capacity of 100 megawatts, allows for flexible expansion to meet project requirements. The solution promises exceptional hydrogen purity levels, industry-leading production efficiency, and a compact footprint for efficient operations. This partnership positions Samsung E&A at the forefront of the green hydrogen market, supporting the global energy transition and the company's commitment to sustainable energy solutions. Nel, a global leader in clean hydrogen production technologies, with a rich history and global track record, contributes its expertise in alkaline water electrolysis and proton exchange membrane technologies to CompassH2. This collaboration highlights the importance of electrolyser-based green hydrogen production in the broader energy transition, playing a vital role in synthesizing green fuels like ammonia and methanol. Samsung E&A's strategic focus on addressing societal challenges through technology underscores its commitment to sustainable energy and eco-friendly sectors. The company's mid-to-long-term strategy includes the E&Able Low, E&Able Zero, and E&Able Circle initiatives, aimed at driving a sustainable future through innovative solutions and technology advancements.