ITAWATT Force A100

A100
320 V
100 kWh
IP55
Lithium Iron Phosphate (LiFePO4)
The ITAWATT Force A100 is a 50 kW / 100 kWh air-cooled Battery Energy Storage System engineered for commercial, industrial and high-demand energy applications. Its integrated cabinet combines high-capacity LiFePO₄ battery storage, intelligent air cooling, advanced monitoring and comprehensive fire-protection features in a durable IP55 enclosure. Designed for approximately two hours of energy delivery at a 50 kW load under rated conditions, FORCE A100 supports peak shaving, backup power, renewable-energy integration and improved energy-cost management.

ITAWATT Force A100

A100
100 kWh
IP55
320 V
Lithium Iron Phosphate (LiFePO4)
The ITAWATT Force A100 is a 50 kW / 100 kWh air-cooled Battery Energy Storage System engineered for commercial, industrial and high-demand energy applications. Its integrated cabinet combines high-capacity LiFePO₄ battery storage, intelligent air cooling, advanced monitoring and comprehensive fire-protection features in a durable IP55 enclosure. Designed for approximately two hours of energy delivery at a 50 kW load under rated conditions, FORCE A100 supports peak shaving, backup power, renewable-energy integration and improved energy-cost management.

Features

100 kWh Energy Storage Capacity

Provides substantial energy-storage capacity for commercial facilities, industrial operations, solar installations and backup-power applications.

Safe LiFePO4 Battery Technology

Lithium Iron Phosphate chemistry offers strong thermal stability, dependable performance and enhanced operational safety.

Intelligent Air Cooling

An integrated air-cooling system helps regulate operating temperature and maintain stable performance during charging and discharging.

100 kWh Energy Storage Capacity

Provides substantial energy-storage capacity for commercial facilities, industrial operations, solar installations and backup-power applications.

Safe LiFePO4 Battery Technology

Lithium Iron Phosphate chemistry offers strong thermal stability, dependable performance and enhanced operational safety.

Intelligent Air Cooling

An integrated air-cooling system helps regulate operating temperature and maintain stable performance during charging and discharging.

Smart Energy Management

Supports peak shaving, valley filling, electricity-price arbitrage, photovoltaic priority and other intelligent operating strategies.

Anti-Backflow and Black-Start Support

Anti-Backflow and Black-Start Support

Commercial-Grade Construction

A robust cabinet design protects internal components and supports installation in demanding commercial and industrial environments.

ITAWATT Technical Specifications

SpecificationTechnical Data
Product NameITAWATT FORCE A100
System TypeCommercial & Industrial Air-Cooled BESS
Rated Energy100 kWh
Battery ChemistryLithium Iron Phosphate (LiFePO4)
Battery Configuration100S1P
Rated Capacity314 Ah
Nominal Battery Voltage320 V
Battery Voltage Range280–360 V
Maximum DC Power50 kW
Maximum Battery Current157 A
Maximum AC Apparent Power35.2 kVA
AC Active Power32 kW
Rated AC Voltage400 V
Rated AC Current46 A
AC Voltage Range320–460 V
Rated Frequency50/60 Hz
Frequency Range45–55 Hz / 55–65 Hz
Total Harmonic Distortion (THDi)<3%
Power Factor1.0, adjustable from 0.8 leading to 0.8 lagging
AC SystemThree-phase, four-wire
Overload Capability110%
Cooling MethodIntelligent Air Cooling
Optional STS Power50 kW
STS Voltage and Frequency400 V, 50/60 Hz
STS Overload Capability110%
STS Transfer Time<20 ms
System FunctionsAnti-backflow and black start
Operating StrategiesPeak shaving, valley filling, electricity-price arbitrage,
photovoltaic priority and off-grid power supply

Advantages

Lower Electricity Costs

Stores energy during low-demand or lower-tariff periods and supplies it during peak-demand periods, helping reduce electricity expenses.

Reliable Backup Power

Supports critical commercial and industrial loads during grid interruptions, improving energy continuity and operational reliability.

Reliable Backup Power

Supports critical commercial and industrial loads during grid interruptions, improving energy continuity and operational reliability.

Better Solar-Energy Utilization

Stores excess photovoltaic energy for later use, increasing solar self-consumption and reducing dependence on the utility grid.

Related Products

Product Enquiry

Scroll to Top