The eSMART LiFe-576Wh is a compact, rugged, and intelligent LiFePO4 battery system housed in a durable Peli™ iM2075 Storm Case. With 576Wh of energy and 12.8V nominal output, it’s the ideal power source for demanding portable applications, including location sound carts and ENG setups. Engineered for seamless integration, it connects directly to all Audioroot eSMART-compatible power distributors, enabling real-time State of Charge monitoring via embedded smart communication.
At the core of the eSMART LiFe-576Wh is an advanced microcontroller-based Battery Management System (BMS) that tracks:
Battery identification and build info
Voltage, current, and temperature
Cycle count and usage history
These parameters are transmitted directly to your eSMART power distributor, offering full battery transparency during operation.
LiFePO4 chemistry offers a superior alternative to SLA (lead acid) batteries, with:
Greater cycle life (up to 1200 cycles at 85% capacity)
Lower weight (7.6kg vs. 30+kg SLA equivalents)
Higher peak current capability
Enhanced safety and thermal stability
The built-in BMS ensures:
Overcharge protection
Over-discharge protection
Over-current and short-circuit protection
Over-temperature protection
Internal cell balancing
True SLA battery replacement
Direct plug-and-play compatibility with:
eSMART BG-DU and BG-DU-REG
eSMART DUO and TRIO
eSMART K-ART
Rugged and portable storm case design
Maintenance-free operation
Integrated dual XLR4 connectors (battery output and charger input)
Can be charged with Audioroot eLC-PO4-S or eLC-PO10-S chargers
Also compatible with most lead-acid chargers
Dimensions: 300 x 249 x 196 mm
Weight: 7.6 kg
Specific energy: 76 Wh/kg
Nominal voltage: 12.8V
Max voltage: 14.8V
Cut-off voltage: 10V
Max current output: 30A total / 10A per XLR4 output
Cycle life: 1200 cycles at 85% capacity
The eSMART LiFe-576Wh comes exclusively in a shock-resistant, weatherproof Peli™ iM2075 case, making it the perfect companion for field professionals seeking reliable, intelligent, and high-performance power in even the toughest environments.