Amogy and GreenHarvest Launch Taiwan’s First Ammonia-to-Power System to Accelerate Industrial Decarbonization
Amogy, a pioneer in ammonia-to-power technology, has announced a groundbreaking partnership with GreenHarvest, a leading Taiwan-based renewable energy company, to deploy Taiwan’s first-ever ammonia-to-power system. This milestone project marks a major step in advancing Asia’s clean energy transition and sets the stage for a new era of industrial decarbonization in one of the world’s most energy-intensive and technologically advanced regions.
A Landmark Collaboration for Asia’s Green Energy Future
The collaboration between Amogy and GreenHarvest will introduce an innovative, zero-emissions energy solution to Taiwan’s high-demand industrial sector, particularly targeting facilities involved in manufacturing and digital infrastructure. Under the agreement, Amogy will provide its proprietary ammonia-to-power system, while GreenHarvest will oversee local integration, grid connectivity, and distribution.
The pilot system is expected to be installed between late 2026 and early 2027 at the site of a major industrial electricity consumer. If successful, the initiative could serve as a model for widespread adoption across Taiwan’s high-tech manufacturing landscape, where energy reliability and environmental sustainability are increasingly critical.
“This partnership represents more than just the deployment of new technology,” said Seonghoon Woo, CEO of Amogy. “It signifies a major leap forward in our shared vision of accelerating industrial decarbonization through scalable and efficient ammonia-based power systems. Taiwan, with its global leadership in semiconductors and electronics, is the perfect launchpad for this initiative.”
How Amogy’s Technology Works
Amogy’s ammonia-to-power system operates by cracking ammonia (NH₃) into hydrogen (H₂) using a proprietary catalyst process. The generated hydrogen is then used in a fuel cell or engine to produce clean electricity—without emitting carbon dioxide. This closed-loop process offers a promising energy solution for industries that require high reliability, energy density, and minimal carbon emissions.
Designed for modular deployment, Amogy’s system is ideal for hard-to-abate sectors where direct electrification may be challenging or economically unfeasible. Industries that rely on heavy-duty equipment, continuous operations, and large-scale power consumption stand to benefit the most.
In this pilot deployment, the ammonia cracking system will be tailored to suit the energy demands of the selected industrial facility in Taiwan, demonstrating both performance and scalability. Amogy’s design flexibility allows the system to be adapted for use in sectors such as semiconductor manufacturing, petrochemicals, and high-load processing facilities.
Supporting Taiwan’s Climate and Energy Goals
This joint project aligns closely with Taiwan’s climate policy goals, including its Nationally Determined Contributions (NDCs) under the Paris Agreement. As the country builds momentum toward net-zero emissions, the ammonia-to-power system provides a forward-thinking solution for reducing both Scope 1 (direct) and Scope 2 (purchased electricity) emissions in industrial operations.
In addition to supporting clean energy deployment, the project also positions participating companies to benefit from Taiwan’s evolving carbon trading and pricing mechanisms. Industrial users that integrate low-carbon technologies will be better equipped to meet regulatory expectations while gaining a competitive edge in sustainability-conscious global markets.
“The deployment of Amogy’s system marks a critical juncture in our commitment to offering industrial users a next-generation energy option that is both green and resilient,” said KH Chen, Chairman of GreenHarvest. “We’ve spent years helping Taiwan’s manufacturers harness solar power, and now we’re taking the next step by integrating ammonia-powered solutions. This will enable our clients to remain leaders in sustainable manufacturing, even as energy and climate policies evolve.”
Building on Regional Momentum
The Taiwan deployment is part of Amogy’s broader strategy to expand across Asia. Earlier this year, the company announced its entrance into the South Korean market to further drive commercialization and collaboration opportunities throughout the region. With this expansion into Taiwan, Amogy is reinforcing its role as a technology leader in ammonia-based clean energy systems across multiple Asian economies.
GreenHarvest brings to the table years of experience in renewable energy, especially in rooftop solar installation, energy integration, and policy advocacy. The company’s recent engagement in a green hydrogen project in Australia, in collaboration with H2U, signals its readiness to invest in frontier technologies that go beyond solar to meet the full spectrum of decarbonization needs.
This latest partnership with Amogy demonstrates GreenHarvest’s evolving vision of a diversified green power platform—one that encompasses solar, hydrogen, and ammonia-based systems. The joint effort is not only poised to reduce emissions at the pilot site but also establish a roadmap for decarbonizing Taiwan’s broader industrial and power infrastructure.
Charting a Future for Ammonia-Based Power
Ammonia is rapidly gaining attention as a viable energy carrier, particularly for industrial and maritime applications. Its high energy density, ease of transport and storage, and ability to be synthesized using green hydrogen make it a promising candidate in the global effort to replace fossil fuels. Unlike hydrogen, which requires cryogenic storage or high compression, ammonia is a liquid at relatively low pressures and temperatures, making it easier to handle in existing infrastructure.
Amogy’s ammonia-to-power systems aim to unlock this potential by bridging the gap between ammonia storage and real-time, on-site electricity generation. The company’s systems are designed to offer power reliability and emissions reduction without the need for extensive infrastructure overhauls—especially crucial for regions like Taiwan, where industrial energy demand is both high and growing.
Industry Implications and Global Significance
Taiwan’s industrial ecosystem is at the heart of the global technology supply chain, particularly in semiconductors, electronics, and precision manufacturing. As major industry players face mounting pressure to decarbonize, the introduction of new energy solutions such as ammonia-to-power can help maintain production stability while meeting environmental goals.
This deployment could set a precedent for other Asia-Pacific nations exploring alternative energy sources that are both scalable and sustainable. As countries strive to meet net-zero targets, Amogy and GreenHarvest’s project may serve as a model for other energy-intensive economies seeking to modernize their industrial power systems.
