In the design and development of lithium battery-powered devices, one of the main challenges is ensuring the safe and efficient use of the battery pack. Often, batteries are sized based on theoretical assumptions that do not always reflect real operating conditions. This can lead to oversizing, energy inefficiencies, reduced battery lifespan, and, in worst cases, premature failures.
With AEConnect—the IoT solution developed by Archimede Energia—real-time monitoring and optimization of lithium battery usage becomes a reality. This app enhances performance, increases safety, and extends battery life, while reducing maintenance costs and operational downtime.
AEConnect: advanced monitoring to maximize lithium battery efficiency
Archimede Energia, a specialized manufacturer of energy management solutions, has developed AEConnect, an innovative application designed to monitor and optimize lithium battery systems.
AEConnect enables real-time monitoring of battery status, providing valuable insights for energy management and predictive maintenance. Its advanced functionalities help prevent malfunctions, improve performance, and ensure optimal battery capacity utilization.
Real-time monitoring: the core of AEConnect
One of AEConnect’s most powerful features is its ability to collect and analyze real-time data, giving users detailed information on key battery parameters.
The system tracks:
- Charge level: Monitoring the state of charge in real time prevents deep discharges that could compromise battery life.
- Thermal behavior: Temperature is a critical factor for lithium battery safety and performance. AEConnect constantly monitors thermal trends to prevent overheating and detect anomalies.
- Charge/discharge cycles: Tracking battery cycles helps estimate remaining useful life and plan preventive maintenance, reducing the risk of sudden failures.
All data can be accessed in real time via the AE-Portal.com platform and the AEConnect mobile apps.
Advanced analytics for battery optimization
AEConnect goes beyond basic monitoring. With advanced profiling tools, it analyzes battery usage patterns and adapts operating parameters to actual application needs.
Key features include:
- Usage data analysis: Detailed reports and intuitive charts help identify inefficiencies and streamline operations.
- Parameter customization: Based on collected data, users can fine-tune battery settings for maximum energy efficiency.
- Temperature monitoring during charging: AEConnect ensures batteries operate within optimal thermal conditions, minimizing the risk of overheating or malfunction.
Thanks to these features, lithium batteries can operate more efficiently, reducing waste and extending service life.
Advanced operations: remote configuration and OTA updates
AEConnect also offers advanced tools for remote management of both the battery system and the monitoring device. These operations are available whenever the system is online, without the need for physical access.
Main features include:
- OTA (Over-The-Air) updates: Update firmware for both the data logger and batteries remotely, keeping your system aligned with the latest innovations.
- Remote parameter configuration: Users can adjust operating parameters for both batteries and data loggers to optimize performance.
- GPIO configuration: Customize the hardware settings of the data logger for integration with additional devices.
These advanced functions make AEConnect an essential tool for smart, automated lithium battery management.
Maximize the performance of your lithium batteries with AEConnect
AEConnect is the ideal solution for those seeking an advanced IoT-based system to monitor and optimize lithium battery usage. With its real-time capabilities and intelligent features, it enables you to:
- Monitor battery status in real time
- Prevent failures and reduce maintenance costs
- Optimize performance and extend battery life
- Remotely update and configure the system
Want to discover how AEConnect can transform your battery management strategy? Get in touch with us today and request a free demo.
