AIO Container Battery 2.17MW ECO-E20FT2170LP-2

The Elecnova ECO-E20FT2170LP-2 is an all-in-one energy storage system (ESS) in a containerized format, designed for large-scale industrial or grid-side applications. According to available specifications, it has a capacity of 2,170 kWh (≈ 2.17 MWh) and an integrated system comprising battery modules, inverter/PCS, BMS/EMS, cooling system, and protection system in a 20-foot container.
The system is liquid-cooled to improve thermal stability and is suitable for rapid deployment (container form factor) in commercial/industrial scenarios.

Technical choices / specifications

Capacity: ~ 2,170.3 kWh.

Container size: 20 foot (“20 FT”) version.

Cooling: liquid cooling + possible forced air cooling support (hybrid) to maintain temperature balance.

Contents: integrated PCS/inverter, EMS/BMS, AC combiner cabinet, fire safety systems, ready-to-install container solution.

Field of application: industrial buildings, charging station infrastructure, grid-side buffer storage, microgrids.

Features & Benefits

High Capacity in a Container : With ~2,170 kWh in a single 20-foot container, this unit is suitable for applications where large storage capacity is required but space for multiple units is limited.

Rapid Deployment : The “container-all-in-one” design means installation is relatively simple — less structural integration required because many components are pre-integrated.

Thermally Controlled Design : Liquid cooling helps maintain consistency in cell temperature, improving longevity and reliability, especially in demanding environments.

Flexible application : Thanks to the integrated system (battery + inverter + EMS + cooling), the unit can be directly connected to existing infrastructure or new construction projects without having to assemble each component separately.

Industrial Grade : Developed for commercial/industrial use (as opposed to just residential storage), meaning that security, maintenance, and scalability are all guaranteed.

Overview

Renewable energy storage (solar/wind) in industrial or utility settings: buffer production, increase self-consumption, absorb weak moments.

Peak shaving / load shifting in large commercial installations or industrial halls.

Backup energy infrastructure or intervention storage for grid management.

Charging stations for EVs or other high-power loads where fast discharge and load management are required.

Microgrid or Virtual Power Plant (VPP) applications where multiple containers can be connected for increased capacity.