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Nebula 60S Power Battery Pack BMS Test System
Nebula 60S Power Battery Pack BMS Test System is an ideal choice for the 1S-60S battery pack BMS, featuring an integrated test and development system for lithium battery protection boards, with single analog battery voltage up to 4800mV/3A and a modular design. Each chassis consists of 40 electrically isolated independent analog batteries, allowing for multiple modules to be connected in series.
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Nebula IOS Data Acquisition System
Nebula VT Series IOS Data Acquisition System features a high-speed data communication bus, which can collect and control multiple signals, monitoring multi-channels voltages and temperatures of the battery pack during the charging and discharging cycle. The measured voltage and temperature values can be used as a judgment or alarm for technicians to analyze the battery pack or during driving profile simulation. It is suitable for li-ion battery modules such as electric vehicle battery modules, energy storage battery modules, electric scooter battery packs, power tool battery packs, and medical device battery packs.
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Nebula 36S Power Battery Pack PCM Test System
This system is suitable for the fundamental characteristics testing of 2S-12S (with a maximum of 16 strings) Li-ion battery pack protection circuit modules. It also supports the downloading, comparison, and PCB calibration of power management ICs (utilizing 12C, HDQ, SMBUS, UART, and other custom protocols). Additionally, it can be integrated with Nebula MES (Manufacturing Execution System) for the control and tracking of test data.
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Nebula Mobile Phone & Digital Product Lithium Battery Pack Test System
This system is suitable for evaluating the basic characteristics of finished or partially finished mobile phone and digital product lithium battery products on 1S & 2S Li-ion battery production line, mainly for testing the fundamental properties of the protection IC and creating an integrated testing system (supporting I2C, SMBus, and HDQ communication protocols).
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Nebula 1500kW AC-DC Converter PCS for Energy Storage
In energy storage systems, a PCS AC-DC converter is a device connected between the storage battery system and the grid to facilitate the bi-directional conversion of electrical energy, which serves as the pivotal component in the energy storage system. Our PCS is able to regulate the charging and discharging process of the energy storage battery, and can provide power to AC loads in the absence of the grid.
Our PCS AC-DC Converter utilizes a 1500V high-voltage system, resulting in a substantial increase in energy density and conversion efficiency. This makes it more suitable for handling three-phase unbalanced loads. It is in line with the trend of development for large power plants, rail transportation, military industry, port shore-based operations, petroleum machinery, new energy vehicles, wind power generation, and solar photo-voltaic applications to enable bi-directional energy flow, optimize the quality of the power supply in peak-shaving and valley-filling scenarios, mitigate power fluctuations, facilitate energy recycling, provide backup power supply, and enable new energy grid connection.
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Nebula Laptop Lithium Battery Dual Pack Test System
Nebula laptop battery test system NEP-02-V010 is an integrated testing equipment primarily utilized for the fundamental characteristics and protection testing of laptop Li-ion battery packs (1S to 4S, below 20V) of laptops, drones, and power tools. It offers a maximum charging voltage of 20V, a maximum charging current of 20A, and a maximum discharging current of 30A.
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Nebula 100V100A Power Lithium Battery Pack Test System
It is an all-encompassing testing system primarily utilized for assessing the fundamental operational and protective qualities of power battery packs, such as lithium-ion battery packs for electric bicycles, power tools, and energy storage battery packs. It is employed for examining products of lithium-ion battery packs below 100V, and the apparatus can supply a maximum charging voltage of 100V, maximum charging current of 100A, maximum discharging current of 150A, and maximum output power of 7.2K.
