EVE Energy recently dispatched 32 units of its 3.44 MWh-280-1P high-rate energy storage systems from its Jingmen production site to Turkey. The shipment, totaling 110 MWh, will serve two major Aksa Renewable Energy projects: the Şanlıurfa 50 MW standalone energy storage facility and the Gaziantep 40.5 MW solar-integrated storage plant. Designed for reliable, high-rate performance, these systems will support grid stability and regulation as Turkey continues its shift toward renewable power.
Turkey’s rapid expansion of solar capacity has elevated the need for robust frequency regulation and operational consistency, particularly under the region’s sustained summer heat. To meet these challenges, each 3.44 MWh-280-1P unit features precision thermal management capable of maintaining a temperature differential of 5 °C or less at full output. The system also delivers millisecond-level response for frequency regulation, helping to smooth fluctuations from variable solar generation and reinforce grid resilience.
The 110 MWh delivery underscores EVE Energy’s capabilities across the entire project lifecycle—from research and development through mass manufacturing to international deployment. Packaged in standard 20-foot containers, the systems comply with global transport and grid-integration standards and have undergone Factory Acceptance Testing overseen by Aksa Renewable Energy’s team. This containerized design streamlines overseas shipping and on-site installation, providing grid-ready solutions that reduce project timelines and improve economic returns.
Collaboration with Aksa Renewable Energy is set to enhance local grid flexibility and renewable integration, furthering Turkey’s goals for energy independence and a low-carbon future. This milestone delivery reflects EVE Energy’s technology-driven, globally-served strategy and reinforces its commitment to ongoing innovation and reliable project execution. Moving forward, the company plans to deepen partnerships worldwide, advancing toward cleaner, more efficient, and secure zero-carbon energy systems.
Source: EVE Battery News
