aeonus' MoBatt uses EV-grade cells proven for high-output charge and discharge.
This allows MoBatt to maintain power quality even under conditions of high instantaneous loads and significant output fluctuations.

aeonus' MoBatt is designed with a vibration- and shock-absorbing structure built for vehicle transport and on-site mobility. Through optimized cell mounting, pack structure, and load distribution design, impacts during transport are prevented from being directly transmitted to the cells and electrical components — enabling safe operation in mobile environments without compromising service life.

aeonus' MoBatt ensures safety through a multi-layered protection structure centered on the BMS.
The BMS monitors voltage, current, and temperature in real time, with an active safety design that immediately controls and disconnects the system in cases of overcharge, over-discharge, overcurrent, or overtemperature.

aeonus' MoBatt features a high-reliability thermal design built for continuous operation. By minimizing temperature variations between cells and structurally preventing localized heat concentration, the pack maintains both output performance and safety even during prolonged high-power operation.

Yes. With its high-power charging and discharging capability, indego MOBILE reliably supplies the power required for on-site equipment and systems. Unlike diesel generators, which require noise, emissions, and fuel management, it delivers quiet, clean power — making it especially well-suited for urban areas and nighttime operations.

indego MOBILE features a structural design that accounts for vibration and shock, along with a safety control system built for vehicle transport and on-site mobility. The battery status is continuously monitored during both transport and operation, enabling safe and reliable power delivery.

It delivers immediate power upon arrival, with no electrical work or complex installation required. It can be deployed and recovered simply by moving the vehicle, making it an ideal power solution for time-critical situations such as disaster response, emergency events, and temporary construction sites.

Yes. Multiple indego MOBILE units can be operated in parallel depending on site scale and power demand. When needed, they can be integrated with hub-based ESS or power distribution systems to form a scalable power supply network for large-scale events, complex disaster sites, and similar scenarios.

indego STATION is a mobile modular ESS unit that delivers stable power at specific locations — factories, business sites, charging hubs, temporary facilities, and more. From everyday power support to emergency backup, it handles energy storage, supply, and management all in one location.

indego STATION is designed for relatively simple installation without requiring large-scale civil works. It can be relocated as needed or scaled up by adding capacity, enabling a flexible response to changing business environments.

After initial installation based on your starting capacity, you can scale up incrementally by adding battery packs as power demand grows.
A key advantage is that you don't need to make excessive upfront investments.

indego STATION uses "Peak Shifting" to reduce peak power demand and lower electricity costs. When integrated with renewable energy sources such as solar power, it maximizes cost savings by increasing the self-consumption rate.

CONNECT is used to combine multiple ESS units into a single power source when greater output or capacity is required. DISTRIBUTE is suited for situations where power from a single source needs to be distributed across multiple loads or zones simultaneously.

CONNECT and DISTRIBUTE are designed for simple on-site power configuration. Without requiring complex power distribution design, units can be quickly connected, disconnected, and reconfigured through standardized interfaces — minimizing the operational burden of power management.

Yes. CONNECT/DISTRIBUTE is designed to integrate with both indego MOBILE and indego STATION. It can be used to deploy mobile ESS units across multiple sites or to build a hub-based power structure centered on indego STATION.

Yes. CONNECT/DISTRIBUTE features an architecture that allows additional ESS units to be connected after the initial setup, enabling incremental expansion of output and capacity. This reduces the initial investment burden and allows the power system to scale flexibly alongside business growth.