8 Channels Bidirectional Battery Simulator (6V, 5V, 15V/CH) N83580 for Energy Storage Systems (ESS) Electric Vehicle (EV) Testing

1 / 5

8 Channels Bidirectional Battery Simulator (6V, 5V, 15V/CH) N83580 for Energy Storage Systems (ESS) Electric Vehicle (EV) Testing

Customization:	Available
After-sales Service:	1 Year Warranty
Warranty:	1 Year

Send Inquiry

Product Description

Basic Information

Model NO.	N83580	Display	LCD Screen
Channel/Output	8 Channels	Current	±1A/±3A/±5A
Current Accuracy	μa Level	Voltage	5V/6V/15V
Voltage Accuracy	0.01%+1mv	Balancing Test	Passive Balancing Test
Control Method	Application Software, Programming	Application	BMS Test, Battery Protection Board Test
Package Size	90.00cm * 80.00cm * 30.00cm	Gross Weight	20.000kg

N83580 8 Channels Bidirectional Battery Simulator

The N83580 is a programmable battery simulator featuring low power, high accuracy, and multi-channel capabilities. By adopting a dual-quadrant design, the current can be both charged and discharged, perfectly satisfying the rigorous needs of BMS testing.

A standalone unit supports up to 8 channels, enabling four-station testing and meeting the high demands of ATE tests in consumer electronics. The voltage and current of each channel can be precisely set via application software.

Main Features

Versatile Ranges Voltage: 0~5V/0~6V/0~15V
Current: -1~1A/-2~2A/-3~3A/-5~5A

High Precision Voltage accuracy up to 0.01%+1mV
nA level current measurement

Advanced Measurement Voltage ripple noise low to 2mVrms
8 high precision DVM measurement (0.1mV accuracy)

Simulation Capabilities 3 groups of battery SOC model
Supports internal resistance and fault simulation

Functions & Advantages

Active/Passive Balancing Test

With its bidirectional design, current input and output directions for each channel can be controlled independently. Users can customize battery charge and discharge models to meet BMS active/passive balancing test requirements.

Static Power Consumption Test

The current accuracy is up to 100nA. By supplying power to the product under test, the static power consumption in standby state can be visually tested, allowing for the screening of unqualified products.

Built-in Fault Simulation

Integrates 8 channels in a 19-inch 2U size. Each channel has built-in positive/negative polarity short circuit, open circuit, and reverse polarity simulation, saving cost and space by eliminating external components.

Application Fields

BMS/CMS test for new energy vehicles, UAVs, and energy storage systems.
Battery maintenance device testing.
Portable consumer electronics R&D and production (Mobiles, Bluetooth earphones).
Electric tools manufacturing tests (Electric screw drivers).

Professional Industry Experience

As a professional electronic solution provider for intelligent manufacturing, the team has been committed to the research and exploration of measurement and control solutions since 2006. Key milestones include:

2006-2014: Development of DC power supplies, loads, and supercapacitor test instruments.
2015: Official brand establishment and family expansion.
2022: Migration to a new headquarters, an intelligent manufacturing base covering 16,000 square meters.

Frequently Asked Questions

1. What makes the N83580 suitable for BMS testing?

Its bidirectional design allows for both charging and discharging simulation, which is essential for testing active and passive balancing functions in Battery Management Systems.

2. Can the N83580 simulate specific battery discharge curves?

Yes, it features 3 groups of built-in battery SOC models, supporting real simulation of battery discharge and SOC (State of Charge) testing.

3. How does the built-in fault simulation benefit the user?

It eliminates the need for external components to simulate short circuits or open circuits, significantly saving space in test racks and reducing overall system costs.

4. What is the precision of the current measurement?

The N83580 offers ultra-high current measurement accuracy down to the nA level (100nA deviation), making it ideal for monitoring static power consumption in standby modes.

5. Which communication interfaces are supported?

The device is equipped with dual LAN ports, RS232, and CAN interfaces for seamless integration into various automated test environments (ATE).

6. Can multiple units be used together for higher channel counts?

Yes, the multi-channel design and software support allow for high-integration testing solutions, and multiple channels can be managed via the application software for batch operations.