The LiTime Battery Monitor tracks voltage, current, and state of charge in real-time, ensuring efficient energy use and prolonging battery lifespan. It offers Bluetooth connectivity for remote monitoring, customizable alerts for critical thresholds, and compatibility with lithium-ion, lead-acid, and AGM batteries. Ideal for RVs, solar systems, and marine applications, it prevents over-discharge and reduces maintenance costs.
Deespaek 12V LiFePO4 Battery 100Ah
What Are the Core Features of the LiTime Battery Monitor?
The LiTime Battery Monitor includes real-time voltage/current monitoring, Bluetooth 5.0 for iOS/Android apps, a 0-200V measurement range, and customizable alarms for low voltage or high temperature. Its shunt-based design ensures ±0.5% accuracy, while the OLED display provides instant data. Advanced algorithms predict remaining runtime, and it supports up to four batteries simultaneously via modular expansion.
One standout feature is the adaptive learning capability that refines battery capacity calculations over time. After three full charge/discharge cycles, the monitor automatically adjusts its predictions to match your specific battery’s aging pattern. The temperature-compensated voltage readings ensure accuracy across environments, automatically adjusting measurements by 3mV/°C for lead-acid batteries. For lithium systems, it tracks individual cell voltages when used with optional balance leads, providing early warnings for cells deviating more than 0.2V from the pack average.
| Feature | LiTime Monitor | Standard Monitors |
|---|---|---|
| Measurement Range | 0-200V / ±500A | 0-60V / ±200A |
| Bluetooth Range | 10 meters | 5 meters |
| Data Logging | 30-day history | 24-hour history |
What Advanced Diagnostics Does LiTime Offer?
The monitor detects sulfation in lead-acid batteries, calculates internal resistance changes, and identifies unbalanced cells in lithium packs. Its “Health Score” algorithm rates battery condition from 0-100%, while cycle count tracking predicts replacement timelines. Users receive push notifications for abnormal self-discharge rates (>3% per day) or excessive charge current fluctuations.
The diagnostic suite includes a unique load test simulation that estimates cold cranking amps (CCA) without physical disconnection. By analyzing voltage response during high-current draws, it can detect weakening starter batteries with 90% accuracy compared to manual testers. For solar users, the tracker monitors partial shading impacts on charge efficiency, flagging panels showing >15% performance variance. The self-discharge analysis tool runs automatically during storage periods, creating a timeline of voltage drops correlated with ambient temperature readings.
“LiTime’s granular data capture revolutionizes proactive battery management. Unlike traditional voltage-based guesses, its coulomb counting tracks actual electron flow with 99.5% accuracy. We’ve measured 30% longer lifespans in lithium batteries using their adaptive charging recommendations. This monitor bridges the gap between consumer-grade tools and lab-grade analyzers.”
— Senior Energy Storage Engineer, Renewable Power Systems
FAQs
- Can LiTime Monitor Lithium Iron Phosphate (LiFePO4) Batteries?
- Yes. Pre-configured LiFePO4 profiles with 3.0V-3.6V/cell voltage limits and SOC calibration via open-circuit voltage measurements. Automatically adjusts charge parameters for 8-16S configurations.
- Does It Work With 24V/48V Systems?
- Supports 12V-96V systems. The 200V max input handles 48V banks with 4x12V batteries in series. Parallel configurations require additional shunts (sold separately).
- How Often Should Calibration Be Performed?
- Re-calibrate every 6 months or 50 full cycles. The app guides users through a 24-hour stabilization process with ±1% SOC accuracy post-calibration.