A complete platform for battery charge control
Gemesis develops advanced battery charge control solutions through its GEMS software platform. This solution enables the control, automation and supervision of battery testing on complex test benches.
Battery charge control is a key element in ensuring testing precision and repeatability. GEMS allows users to define charge and discharge sequences, manage transitions between operating modes and adapt testing profiles according to specific requirements.
The software can control different types of equipment, including power supplies, electronic loads and measurement systems. It ensures full synchronization of data and centralized test management.
GEMS integrates advanced features such as alarm management, custom dashboard creation, automated sequencing and real-time data visualization. These tools improve test understanding and optimize testing campaigns.
The platform is designed to be flexible and scalable. It can adapt to different environments, hardware architectures and industrial communication protocols.
With GEMS, Gemesis provides a complete battery charge control solution, from equipment control and test automation to advanced data analysis.
Features
Battery Test Sequencing
Creation of charge and discharge profiles.
Supervision and Visualization
Real-time monitoring of battery testing.
Multi-Equipment Integration
Compatibility with different industrial systems.
Data Acquisition and Processing
Synchronization and advanced analysis of measurements.
Full Compatibility with Your Existing Equipment
With GEMS, you can perform battery testing using a single software platform, regardless of the electronic loads, power supplies or industrial equipment already installed in your environment.
Need high-performance software to control your battery testing?
Our experts help you define the GEMS solution best adapted to your battery testing and automation requirements.
FAQ
GEMS is a software platform developed by Gemesis for controlling, automating, and supervising battery testing on test benches.
GEMS can control DC power supplies, electronic loads, measurement systems, BMSs, and other industrial equipment.
Yes, GEMS allows the creation of custom sequences for charging, discharging, resting, and transitions between different operating modes.
Data is synchronized, recorded, and can be analyzed using integrated tools or exported to your own systems.