EVE Energy has recently shipped 32 units of its 3.44 MWh-280-1P high-rate energy storage systems from its Jingmen facility to Turkey. With a total capacity of 110 MWh, the systems will be deployed for two key projects developed by Aksa Renewable Energy: the Şanlıurfa 50 MW standalone energy storage plant and the Gaziantep 40.5 MW solar-plus-storage facility. Engineered for dependable, high-rate operation, these installations are poised to bolster grid stability and regulation as Turkey accelerates its transition to renewable energy.

Turkey’s rapidly growing solar capacity has increased demand for effective frequency regulation and consistent operational performance, especially under prolonged summer heat. To address these needs, each 3.44 MWh-280-1P unit incorporates advanced thermal management that maintains a temperature difference within 5°C even at full power output. The system also provides millisecond-level response for frequency regulation, helping to balance variability from solar generation and strengthen grid resilience.

This 110 MWh delivery highlights EVE Energy’s end-to-end project expertise—from R&D and mass production to worldwide deployment. Packed in standardized 20-foot containers, the systems meet international transportation and grid-integration standards and have passed Factory Acceptance Testing verified by Aksa Renewable Energy’s team. The containerized approach simplifies overseas logistics and on-site installation, delivering grid-ready solutions that shorten project cycles and enhance economic outcomes.

Partnering with Aksa Renewable Energy is expected to increase local grid flexibility and renewable energy integration, supporting Turkey’s pursuit of energy independence and a lower-carbon future. This shipment marks a significant step in EVE Energy’s technology-led, globally oriented strategy and reaffirms its dedication to continuous innovation and reliable project delivery. Looking ahead, the company aims to expand collaborations worldwide, contributing to cleaner, more efficient, and secure zero-carbon energy systems.