About N9000 Series
N9000 series is an ultra-high integration dual-quadrant modular battery simulator with high real-time, high-synchronous, high-power ,consisting of N9000 BMS 8/12/16/20/24/28/32/36CH measurement and control chassis and a variety of modules. N9000 BMS 8/12/16/20/24/28/32/36CH is a standard chassis with 4U height and19-inch width, support for the insertion of battery simulation modules, programmable resistance modules, high-voltage power supplymodules and other types, the chassis can be integrated into 10 slot measurement and control modules, electrical isolation of the modules. N9000 BMS 36CH series supports local/remote control and synchronous trigger function, which can realize multi-module high-speed synchronouscontrol, and is widely applicable to multi-channel, high-integrity, high-power automated test and measurement scenarios.
Production Introduction
The NB101 series is a high-precision, dual-quadrant programmable battery simulation module that supports voltage accuracy up to 0.1mV and μA-level current measurement. It is equipped with various test functions such as power mode, SOC simulation, sequencetest, graph and fault simulation. It can meet the requirements of BMS HIL test system, AFE chip, energy storage, electric vehicle,electric two-wheeler/tricycle, base station power supply, and other multi-scenario BMS test applications.
NB102 series is a high-precision, multi-channel programmable resistance module, resistance range: 0Ω~11.11MΩ, programmingaccuracy up to 0.1%. The flexible design supports 12/24/36 channels with a resolution up to 1Ω, which can be widely used in simulationtest scenarios such as NTC resistors and resistive sensors.
Application Fields
♦BMS/CMS test for new energy vehicle, UAV and energy storage
♦Battery protection board test
♦Portable consumer electronics R&D and production, such as mobiles, bluetooth earphones, smartwatch, etc.
♦Electric tools manufacturing test, such as electric screw driver
♦Power supply to low power products, such as DC-DC, wireless charging products
♦Battery maintenance device test
Product Features
♦ High accuracy:voltage accuracy up to 0.1mV/0.5mV
♦ High integration:The BMS cell simulation+36CH fault simulation+36CH temperature simulation integrated in 19inch/4U chassis
♦ High speed response:response time≤1ms
♦ Each channel isolated, series connection available
♦ µA level current measurement
♦ LAN port and RS232 interface; dual LAN ports, convenient for cascade application
Modular design for convenient operation and flexible expansion
N9000 series is an ultra-high integration dual-quadrant modular battery simulator. The standard chassis can integrate 8/12/16/20/24/28/32/36CH channels of single cell simulation, 8/12/16/20/24/28/32/36CH channels of battery fault simulation and multiple channels of temperature simulation, which effectively saves users' space.Single module with 4 channels for battery simulation, single module with multiple channels optional for temperature simulation. With multiple models, users can choose products according to the actual needs, which is convenient for subsequent expansion.
High speed response, high speed synchronization, high throughput data
As a high real-time, high-synchronous measurement and control platform, the N9000 BMS 36CH supports Gigabit LAN and CANFD communication, hardware synchronous triggering and high-speed synchronous clocks, with command response speed of ≤1ms and multi-channel synchronization of ≤200μs, which is particularly suitable for high-speed simulation test such as BMS HIL.
High precision, matching BMS and AFE chip trends
AFE chip is the core component of BMS, with the management getting more and more refined, the voltage acquisition accuracy of AFE chip and BMS is getting higher and higher. NGI has launched 0.1mV ultra-high precision battery simulator since 2016, which has been widely recognized by the industry and become the first choice for AFE chip testing. The modular battery simulator launched under the N9000 measurement and control platform supports 0.1mV and 0.5mV voltage accuracy, which can meet the industry's high-precision testing needs.
Specification
