• High-precision, multi-channel, programmable battery simulator designed for BMS and consumer electronics testing applications.
• The voltage range covers 0–5 V, 6 V, and 10 V, and the current range covers 0–1 A, 3 A, and 5 A.
• Voltage accuracy is as high as 0.6 mV, with voltage ripple and noise as low as 2 mVrms.
• Current measurement accuracy in the μA range, with automatic range selection, making it suitable for static power consumption testing.
• Up to 12 channels per unit, with channel isolation, and support for daisy-chain expansion.
• Supports SOC testing, sequence testing, and passive equalization testing.
• Supports LAN communication control and dual LAN interfaces, making it ideal for automated network connections.

Ultra-high precision, supports static power consumption testing

The Y2112 offers high basic accuracy, with current measurement accuracy as high as 1 μA, making it suitable for directly testing the static power consumption of products in standby mode.

Ultra-high integration and high synchronization

Integrates 12 independent output channels within a 19-inch 1U chassis, with multi-channel synchronization of ≤150 μs, making it suitable for high-speed simulation verification.

Supports daisy-chaining of channels to simulate the operating state of a battery pack

Supports the serial connection of multiple devices across multiple channels and can be remotely controlled via a standard software interface or through custom development, making it suitable for simulating scenarios involving multiple series-connected battery cells.

BMS Compatibility Testing

The high-precision data acquisition function can be used to verify items such as BMS cell sampling, protection parameters, static power consumption, and passive balancing.

• BMS (Battery Management System): Suitable for testing energy storage BMS, EV BMS, and electric vehicle battery protection boards.
• 3C Digital Products: Suitable for testing consumer electronics such as smartphones, tablets, Bluetooth headsets, watches, fitness trackers, and e-cigarettes.
• Smart Home Appliances: Suitable for simulating battery operating conditions for products such as robotic vacuum cleaners, food delivery robots, and smart door locks.
• Lithium-ion Battery PCBA Board: For board-level and full-unit testing of power tools, drones, electric toys, electric scooters, self-balancing scooters, and similar devices.
• BMS HIL and Automated Testing: Supports multi-parameter, multi-channel, and highly synchronized test processes.