Commercial & Industrial Energy Storage
80kW 106kWh Mobile LiFePO4 Energy Storage System
High-capacity mobile battery storage for temporary industrial power, emergency backup, off-grid applications and EV charging projects.
Mobile Battery Energy Storage for Demanding Applications
The Chalongfly 80kW / 106kWh mobile battery energy storage platform is designed for commercial and industrial applications requiring substantial stored energy and flexible deployment.
By combining a high-voltage LiFePO4 battery system with compatible power conversion, protection and thermal management equipment, the system can support temporary power, construction sites, emergency backup and mobile energy projects.
EV charging and solar power integration can be engineered according to the selected charging equipment, power conversion system and site requirements.
| 106kWh Battery Energy Class |
80kW Reference System Power |
Technical Specifications
The following specifications describe the reference 106kWh / 80kW mobile battery platform. Final electrical ratings, equipment interfaces and mechanical design are confirmed for the selected production configuration.
| Model |
CLF-MBESS-80K-106K |
| System Type |
Mobile Commercial & Industrial BESS |
| Battery Energy |
106kWh Class |
| Reference Power |
80kW |
| Battery Chemistry |
LiFePO4 |
| Reference Battery Configuration |
1P144S |
| Reference Battery Voltage Range |
403.2–525.6V DC |
| Reference AC Output |
230V / 400V |
| AC Frequency |
50 / 60Hz |
| Cooling System |
Liquid Cooling Reference |
| Fire Suppression |
Aerosol Reference Configuration |
| Reference Operating Temperature |
-10°C to +50°C |
| Reference Dimensions |
2100 × 1310 × 1550mm |
| Reference Weight |
Approx. 1,980kg |
| Enclosure IP Rating |
According to Final Tested Enclosure |
| Transport Method |
Truck / Trailer |
| EV Charging |
Available with Approved Charging Equipment |
106kWh Energy Storage and 80kW Power
Battery energy and system output power serve different purposes in industrial energy storage design.
The 106kWh energy rating represents the battery's nominal stored energy. The 80kW power rating describes the reference power conversion capability of the system.
Application Engineering
Actual operating time depends on usable battery capacity, power conversion efficiency, load profile, battery discharge limits, temperature and system reserve settings. Continuous power output must be verified for the final configuration.
Liquid-Cooled Battery Thermal Management
High-power industrial battery applications require controlled thermal management during repeated charging and discharging.
The reference platform uses a liquid cooling system designed to manage battery operating temperatures and support consistent operation under suitable environmental conditions.
Cooling capacity, pump control, coolant requirements, temperature limits and maintenance intervals are confirmed in the final technical documentation.
Mobile Deployment and Temporary Power
Mobile battery energy storage helps deliver power to locations where a permanent electrical supply is unavailable, limited or temporarily interrupted.
Depending on its transport configuration, the energy storage equipment can be delivered by truck or trailer to construction sites, industrial facilities and temporary charging locations.
Transport, lifting, positioning, electrical grounding and site commissioning must follow the approved instructions. The system is not intended for movement while operating.
Mobile EV Charging Integration
Stored battery energy can support compatible electric vehicle charging equipment when the charging system, DC interface, communication protocol and battery power limits are correctly integrated.
A mobile charging solution can be useful for temporary EV charging operations, fleet support, emergency charging and remote charging locations.
| EV Charging Output |
According to Selected EV Charger |
| Connector Standard |
According to Destination Market |
| Charging Voltage Range |
To Be Confirmed for EV Charging Equipment |
| Charging Communication |
According to Supported Vehicle Standard |
Solar and Grid Power Integration
The battery energy storage platform can be evaluated for integration with compatible photovoltaic equipment and site power systems.
Solar input requires a suitable PV inverter, charging controller or approved power conversion interface. Direct connection of solar panels is not assumed.
Grid-connected operation, peak shaving, backup power and off-grid functionality depend on the PCS, energy management system, switchgear and applicable grid requirements.
Battery Protection and System Safety
The energy storage system requires coordinated battery management, electrical protection, thermal management and appropriate fire safety engineering.
- Battery voltage, current and temperature monitoring
- Overcharge and over-discharge protection
- Over-current and short-circuit protection
- Liquid cooling and thermal management
- Aerosol fire suppression in the reference system
- High-voltage isolation and electrical protection
- System alarms and operational monitoring according to the approved design
Fire suppression architecture, enclosure ingress protection and regulatory compliance must be verified for the final delivered system.
Typical Applications
| Construction Site Power Temporary energy storage and AC power for compatible site equipment. |
Mobile EV Charging Battery-supported vehicle charging with an appropriately configured charging system. |
| Emergency Backup Temporary power support for selected industrial and commercial loads. |
Off-Grid Projects Stored energy for sites with limited or unavailable grid infrastructure. |
Project Configuration and OEM Support
Commercial energy storage equipment must be specified according to the application, destination market and connected electrical equipment.
Chalongfly supports OEM and project configuration discussions covering battery capacity, PCS integration, EV charging interfaces, cooling requirements, communication, enclosure design and branding.
The final scope of supply is defined through the approved system specification, drawings and quotation.
Frequently Asked Questions
What is the difference between 80kW and 106kWh?
80kW refers to the reference output power rating, while 106kWh refers to nominal stored battery energy. Both parameters are important when evaluating system performance.
Does the system support EV charging?
EV charging can be integrated with compatible charging equipment. The charging power, connector standard, output voltage and communication protocol are confirmed for the selected configuration.
Is the battery system liquid cooled?
The reference 106kWh mobile BESS platform uses liquid cooling. Final cooling equipment and maintenance requirements are confirmed for the delivered model.
Can the system connect to solar panels?
Solar integration is possible through compatible PV conversion equipment. Direct photovoltaic input is available only when the final system design explicitly includes an approved PV charging interface.
Can it be used outdoors?
Outdoor use depends on the final tested enclosure protection rating, installation conditions, cooling requirements and environmental limits.
Can the equipment be transported between sites?
The reference mobile system is designed for truck or trailer transport. Transportation, lifting, shutdown, grounding and commissioning must follow the approved system instructions.
How long can the system provide power?
Operating time depends on usable battery energy, connected load, power conversion efficiency, battery operating limits and environmental conditions.
What information is required for a quotation?
Please provide the application, site location, load profile, rated and peak power demand, required operating time, AC requirements, charging method, EV charging specifications if applicable and project quantity.
Configure Your 80kW / 106kWh Mobile BESS
Contact Chalongfly with your project load requirements, energy demand, charging method, destination country and installation conditions. Our team will help evaluate the appropriate LiFePO4 battery system, power conversion equipment, thermal management, interfaces and mobile deployment configuration for your commercial energy storage project.
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