At the prestigious 2026 World Future Energy Summit (WFES), Contemporary Amperex Technology Co. Limited (CATL) unveiled its cutting-edge energy storage solutions, positioning energy storage technology as the critical backbone for the Middle East’s accelerating clean energy transformation. The exhibition comes as regional governments and industries substantially increase investments in renewable energy infrastructure, electric mobility, and comprehensive electrification initiatives.
Kui Weng, CATL ESS Middle East CEO, addressed summit attendees, emphasizing that while renewable generation capacity continues its rapid expansion across the region, the readiness of supporting infrastructure remains a significant challenge. “The deployment of renewable energy is accelerating across the Middle East, but the capability to efficiently store and manage this energy is becoming equally crucial as generation itself,” Weng stated. “Energy storage systems ensure reliability, stability, and flexibility as power networks evolve.”
Among the technological highlights presented was CATL’s Tener Stack energy storage solution, engineered specifically for large-scale applications and demanding operational environments. This advanced system addresses critical challenges including renewable intermittency, peak demand management, and grid stability enhancement.
The company detailed how energy storage facilitates optimal integration of solar and other renewable sources, particularly during high-demand periods. “Storage technology enables the capture of surplus renewable energy for subsequent release during peak requirements, effectively reducing grid pressure and enhancing overall system efficiency,” Weng explained.
CATL further demonstrated the integral role of energy storage in supporting the expanding electric vehicle charging ecosystem. As commercial fleets electrify and public charging networks multiply, charging stations increasingly strain power systems. The integration of energy storage with charging infrastructure ensures stable power delivery and enhanced charging performance.
“High-power charging facilities, particularly those serving commercial vehicles, demand reliable and predictable energy supply,” Weng noted. “Energy storage solutions effectively smooth demand curves and support consistent charging operations without overwhelming local grid infrastructure.”
Beyond transportation applications, CATL emphasized the technology’s significance for industrial and commercial sectors, including ports, logistics centers, and manufacturing facilities. These environments increasingly depend on electrified equipment and automated systems requiring uninterrupted power supply.
The summit served as a platform for CATL to engage with regional stakeholders regarding the long-term development of sustainable energy infrastructure. Weng highlighted that the Middle East’s distinctive climate conditions and massive scale necessitate solutions prioritizing safety, durability, and long-term operational performance.
“Regional operating conditions demand rigorous attention to safety protocols and lifecycle performance,” he asserted. “Energy storage is evolving into permanent infrastructure, and must be engineered accordingly.”
CATL concluded that continued collaboration with regional partners will be essential as energy storage deployment expands, ultimately supporting renewable integration, widespread electrification, and the region’s comprehensive sustainability objectives.