Isieindia Private Limited

The product features a safe and smooth constant voltage and constant current (CV-CC) charging system, designed to protect battery packs during testing. It utilizes a four-wire connection system for precise voltage and current sampling, enabling a controlled soft start. This ensures a seamless transition between constant current and constant voltage phases, effectively preventing peak current spikes that could otherwise damage the battery. The design enhances charging safety and reliability, making it suitable for sensitive battery evaluation.

•  Develop high-accuracy models leveraging precise four-wire voltage/current data during CV- CC transitions.
•  Study temperature rise and distribution in sensitive battery chemistries under different charging regimes.
•  Assess how various lithium-ion, solid-state, or alternative chemistries respond to optimized CV-CC charging protocols.
•  Test the effectiveness of BMS/protection circuits in preventing overcurrent and overvoltage events during automated charging cycles.
•  Utilize high-resolution charging data to develop predictive maintenance algorithms for early fault detection in battery packs.
•  Establish and validate new charging standards for emerging battery technologies using the advanced test bench capabilities.

• A Battery Management System (BMS) Learning & Development Setup is critical for training individuals on the design, functionality, and importance of managing modern battery systems.
• And to equip students, engineers, and technicians with practical and theoretical knowledge of BMS technology, which is crucial for Electric Vehicles (EVs), renewable energy storage, and other battery-powered systems.

•  Real time battery cell health monitoring with visual graphs under various load and operational conditions
•  Smart BMS integration for display cell voltage, current, temperature, and state of charge
•  Visualization and analysis of charging and discharging curves under Dynamic load
•  Battery parameter configuration and custom programming for testing safety cutoffs and performance thresholds
•  Support for cell balancing techniques with individual cell test features
•  User interface via desktop application and Android app for dual-mode monitoring
•  Capability for performance diagnostics, fault simulation and Troubleshooting

• The Cell Charging and Discharging Training Workbench is a specialized hands-on platform designed to teach the principles, processes, and safety protocols involved in charging and discharging lithium-ion and other battery cells.
• It allows users to monitor, analyze, and control key parameters in real-time, ensuring deep understanding of battery behavior and lifecycle.

• The Battery Pack Aging and Load Testing setup is a dedicated system crafted for simulating real-world conditions to evaluate the durability and performance of battery packs.
• Through rigorous load tests and aging simulations, it enables comprehensive analysis, ensuring the reliability and longevity of battery packs in various applications, including electric vehicles and energy storage systems.

• The Battery Management System (BMS) Learning Kit is a comprehensive educational tool designed to provide hands-on understanding of how BMS works in electric vehicles and energy storage systems.
• It offers real-time experimentation, monitoring, and diagnostics of lithium-ion battery behavior and BMS functionalities.

• The Battery Management System Tester is a high-precision diagnostic and validation tool designed to test the functionality, reliability, and safety of BMS units used in lithium-ion battery packs for electric vehicles and energy storage systems.
• It simulates real-world operating conditions to ensure the BMS performs accurately and safely.

• The Li-Ion Battery Pack Environment Simulation Test Chamber is a specialized testing system designed to simulate extreme environmental conditions for evaluating the performance, durability, and safety of lithium-ion battery packs.
• Integrated with a real-time Data Acquisition System (DAQ), it provides precise monitoring and recording of key parameters during stress and aging tests.

•  Complete Learning & Development Kits for Battery Prototyping
•  Study on Sub-Component
•  Assembly of Battery Pack (Including All Components with BMS)

• The Cell Sorting and Wrapping Workstation is a specialized setup designed for accurate classification, preparation, and insulation of lithium-ion cells before battery pack assembly.
• It ensures consistency, safety, and efficiency in the EV battery manufacturing process.