Aramco Taps AI-Hybrid Battery to Power Saudi Arabia’s Green Future

AMSTERDAM, NL – January 26, 2026 – In a significant move that bridges advanced technology with ambitious national energy goals, AMG Critical Materials N.V. has announced that its subsidiary, AMG LIVA, will install a state-of-the-art Hybrid Energy Storage System (Hybrid ESS) at an Aramco facility in Tabuk, Saudi Arabia. The industrial battery system will be integrated with an existing solar power plant at Aramco's Bulk Plant, marking a pivotal step in deploying sophisticated energy solutions to support the Kingdom's transition towards a less carbon-intensive economy.

This project represents more than just a battery installation; it is a convergence of artificial intelligence, advanced material science, and strategic industrial decarbonization. By pairing this cutting-edge technology with the operations of the world's largest energy company, the initiative provides a powerful showcase for the future of industrial energy management and directly supports the renewable energy and sustainability targets outlined in Saudi Arabia's Vision 2030.

The Technology: A Smarter Approach to Energy Storage

At the heart of the project is AMG LIVA's innovative Hybrid ESS. This is not a standard battery unit, but a sophisticated ecosystem that intelligently combines two distinct battery chemistries: Lithium-Ion (Li-Ion) and Vanadium Redox Flow Batteries (VRFB). This hybrid approach is designed to leverage the unique strengths of each technology for optimal performance in a demanding industrial environment.

Li-Ion batteries are known for their high power density and rapid response times, making them ideal for handling sudden peaks in energy demand and ensuring grid stability through services like frequency regulation. In contrast, VRFBs excel at long-duration energy storage. Their capacity can be scaled independently of their power output, and they boast an exceptionally long cycle life with minimal degradation, making them perfect for storing large amounts of solar energy generated during the day for use overnight. Furthermore, the aqueous electrolyte in VRFBs is non-flammable, offering a significant safety advantage for large-scale industrial applications.

The true innovation lies in the system's brain: a layer of artificial intelligence and self-learning algorithms. This intelligent software acts as the conductor of the energy orchestra, managing the charge and discharge cycles of both battery types. It analyzes energy production from the solar plant, predicts load demands at the Aramco facility, and makes real-time decisions to maximize efficiency, enhance reliability, and extend the operational lifetime of the entire system. This AI-driven optimization allows for a range of applications, from peak shaving to reduce electricity costs to providing a stable, independent power source, potentially disconnecting from the grid entirely when needed.

Powering Saudi Arabia's Vision 2030

The installation at the Tabuk site is a tangible demonstration of Saudi Arabia's commitment to its Vision 2030 and the broader Saudi Green Initiative (SGI). The Kingdom has set an ambitious target of generating 50% of its electricity from renewable sources by 2030 and achieving net-zero emissions by 2060. Realizing this vision requires not only massive investment in solar and wind generation but also the deployment of robust energy storage solutions to manage the intermittency of these renewable sources.

By integrating the Hybrid ESS with an existing solar plant, Aramco is creating a blueprint for how its vast industrial operations can reduce their carbon footprint and enhance energy resilience. The project aims to showcase how such technology can ensure a reliable power supply around the clock, diminishing reliance on traditional fossil fuel-based grid power. This aligns perfectly with the national goals of increasing renewable energy deployment and enhancing domestic energy storage capabilities.

This initiative is a critical component of the SGI, which has earmarked over $187 billion for its goals. The success of this project could catalyze further adoption of advanced battery storage across the Kingdom's industrial landscape, proving essential for stabilizing the national grid as it incorporates a rapidly growing share of renewable energy.

Building a Circular Economy for Critical Materials

This project's significance extends deep into the supply chain, complementing a parallel initiative known as the 'IK Supercenter.' This mega-recycling facility, being developed in Al-Jubail Industrial City, is a joint venture that includes Shell & AMG Recycling B.V. and a local partner, United Company for Industry (UCI). Its mission is to create a circular economy for critical metals within the Kingdom.

Crucially, the IK Supercenter is designed to process industrial byproducts, including spent catalysts and gasification ashes from Aramco's own facilities like the Jazan Integrated Gasification Combined Cycle Plant, to recover valuable metals. A key output will be vanadium, the critical element for the VRFBs being deployed in Tabuk. The supercenter will feature a dedicated plant to produce battery-grade vanadium electrolyte, the lifeblood of these flow batteries.

This creates a powerful, vertically integrated, and sustainable loop. The industrial processes of today will provide the raw materials for the green energy systems of tomorrow. This recycling-based approach dramatically reduces the carbon footprint of battery production compared to conventional mining, which can be energy and water-intensive. By establishing this capability, Saudi Arabia is not just deploying energy storage but is on a path to creating a fully integrated, 'made-in-KSA' value chain, enhancing its industrial self-sufficiency and positioning itself as a leader in sustainable material science.

A Burgeoning Market for Advanced Batteries

The AMG LIVA and Aramco partnership is entering a market ripe for expansion. The demand for Vanadium Redox Flow Batteries in Saudi Arabia is projected to grow at a compound annual growth rate of 23.5% through 2028. This growth is fueled by the government's steadfast commitment to clean energy and the practical need for long-duration storage to support its multi-gigawatt renewable energy projects.

While other large-scale battery projects are underway in the Kingdom, many focus on Li-Ion technology. The introduction of this sophisticated hybrid system, with its unique advantages in safety, longevity, and scalability for industrial use, positions it as a key enabling technology. It addresses the specific needs of large industrial consumers and grid operators looking for reliable, long-life assets to anchor their energy transition strategies. As the Kingdom continues its ambitious build-out of renewable capacity, the need for diverse and advanced energy storage solutions like the Hybrid ESS will only become more critical, ensuring the stability and reliability of the nation's future power grid.