Key Features
: Individual Battery Management:
Each 12V battery is independently charged and monitored with an adapted charging voltage, improving charging efficiency and balancing between modules.
High-Frequency Technology:
Overcharging with a high-frequency signal helps reduce sulfation, a crystallization process that degrades lead-acid batteries over time.
Extended Battery Life:
Thanks to the charging and monitoring technology, battery life can be extended up to four times compared to traditional charging methods.
Monitoring and Diagnostics:
Integration of open interfaces and standard communication protocols facilitates integration into existing systems and enables analysis of the health status of each battery.
Modular and Scalable:
BatteryCoach allows monitoring of multiple batteries in parallel (up to four per module) and can be adapted to larger configurations according to installation needs.
Typical applications:
UPS systems in data centers, critical telecommunications facilities, or industrial control.
Backup power systems in automation, process control, and IoT systems.
Environments where energy reliability and availability are paramount, such as security, transportation, and utilities.
Technical Benefits
: Performance Optimization:
Individualized charging and active monitoring enable more precise management than traditional parallel charging methods.
Reduced Operating Costs:
By extending battery life and preventing premature failures, maintenance and replacement costs are reduced.
Flexible Integration:
Open interfaces and compatibility with standard protocols facilitate integration with existing control systems.
Scalability:
Its modular design allows the solution to be expanded for installations of varying sizes and needs.
HEITEC provided the custom enclosure and front panel, and the solution can be connected to HEITEC's Battery Pass.
