EVE Energy Showcases All-Scenario Energy Storage Solutions at The Smarter E Europe 2026

2026-07-01 · Source: The AI Journal · Field: Energy & Utilities — Energy Storage & Grid Technology, Renewable Energy Systems, Utilities & Infrastructure · Depth: Intermediate, quick

Summary

EVE Energy showcased its Mr. Big Family series, a 6.9+ MWh energy storage system, and comprehensive energy storage solutions at Intersolar Europe in Munich. The company introduced its Mr. Giant 3.0 system, featuring 702 Ah cells upgraded from 628 Ah, achieving over 430 Wh/L volumetric energy density. This system reduces site footprint by 6% for a 200 MWh power station, lowers capital costs, and offers a 10,000-cycle lifespan. EVE Energy's 628 Ah cells were validated in the world's first 400 MWh independent energy storage station, the Lingshou Project, grid-connected in January 2026. The company also detailed dual lithium-sodium technologies, including 355 Ah+ LFP cells, 180 kWh sodium-ion outdoor cabinets with 96.7% DC-side efficiency, and 2.5 MWh/3.5 MWh sodium-ion LDES systems. For data centers, the Fortron Series offers 6C and 10C high-rate cabinets with improved high-temperature tolerance and a 15-year service life. EVE Energy signed partnerships exceeding 13.5 GWh in contracted capacity.

Key takeaway

For energy project developers evaluating new storage solutions, EVE Energy's Mr. Big Family series offers high-capacity options like the 6.9+ MWh Mr. Giant 3.0, which can reduce upfront capital costs and extend operational life with its 10,000-cycle lifespan. If you are designing for diverse climates or specific grid requirements, consider their globally validated 628 Ah cell technology. Additionally, explore their dual lithium-sodium portfolio for optimized solutions across utility-scale, C&I, and data center applications, including high-rate backup for critical infrastructure.

Key insights

EVE Energy is expanding its energy storage portfolio with high-capacity lithium and sodium-ion solutions for diverse applications.

Principles

• Large-cell technology enhances energy density.
• Dual lithium-sodium covers full-scenario needs.
• Independent cluster management isolates faults.

Method

EVE Energy iteratively upgrades cell platforms (e.g., 560 Ah to 702 Ah) using a stacking process route, then validates at scale in diverse global projects.

In practice

• Deploy 702 Ah cells for reduced site footprint.
• Use sodium-ion for long-duration storage.
• Implement Fortron Series for data center backup.

Topics

• Energy Storage Systems
• Lithium-ion Batteries
• Sodium-ion Batteries
• Utility-scale Storage
• Commercial & Industrial Energy
• Data Center Backup Power

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Editorial summary, takeaway, and curation by AIssential. Original article published by The AI Journal.