It is suitable for universities, research institutes and fuel cell enterprises to research and develop key materials such as proton exchange membrane, catalyst, carbon paper, membrane electrode and test and evaluate their performance.

PE series PEM electrolysis membrane electrode test system is designed to provide a stable test system for PEM membrane electrodes. The system consists of circulating water system module, back pressure module, cooling and dehumidification module, nitrogen purge module, PLC acquisition and control module, man-machine operation and safety monitoring module. It is used to check the polarization curve of electrolytic cell, energy consumption efficiency of hydrogen production, hydrogen production quality test and product life test.

The PEM high power reactor test system is designed for proton exchange membrane fuel cell reactor development. The fuel cell stack can be tested for pressure/temperature sensitivity test, start-up performance test, steady state condition test, dynamic condition test, activation test, durability test, system insulation test, emergency/gas shutdown and restart test, quality test, cold/hot start test (supporting environmental bin), polarization curve test and many other tests.

The SP Series equipment is used to evaluate the performance of components used in solid oxide fuel cell systems and helps battery users understand performance trends of solid oxide fuel cell components. The equipment provides multi-channel gas mixture pipeline, and the high-temperature electric heater is used to achieve the gas composition and temperature control of the component inlet temperature, so as to understand the influence of different gas temperatures on the performance of the component.

SOFC/SOEC solid oxide fuel cell power generation and hydrogen production test system, with a complete fuel gas supply scheme and gas treatment analysis scheme, as well as two-way DC electronic load and AC electronic load.

SOFC series is dedicated to solid oxide fuel cell reactor test use, the test platform is used to evaluate the performance of high temperature fuel cell reactor, mainly including output power control system, gas control system, heating system, measurement and data acquisition system, mechanical load control system and other auxiliary systems.

SOFC Single Cell Test system is designed for solid oxide fuel cell cell testing to help battery users understand performance trends of solid oxide fuel cell cells. The equipment provides anode and cathode multi-channel gas mixture pipeline, and the high temperature resistant electric heater to achieve the gas composition and temperature control of the monomer inlet, to understand the influence of monomer on the performance of the battery under different gas composition and reaction temperature.

The PEM electrolytic cell test system is designed to provide a stable test system for hydrogen production in PEM electrolytic cell. The system consists of circulating water system module, back pressure module, cooling and dehumidification module, nitrogen purge module, PLC acquisition and control module, man-machine operation and safety monitoring module. Used to check the polarization curve, single-cell consistency, hydrogen production energy consumption efficiency, hydrogen production quality test and product life test.

PEM fuel cell BOP test system is designed to provide a stable test platform for fuel cell air subsystem, hydrogen subsystem, thermal cycle subsystem, air compressor, ejector, humidifier, air filter, hydrogen cycle pump and other components, which are used to test and verify the function, performance, stability, safety, durability and other aspects of each component. NBT has a strong expert and technical service team, can give customers timely technical support and assistance.

PEM engine test system for fuel cell engine performance according to GB/T24554 standard cold/hot start test (cloud supporting environment bin), rated power test, peak power test, dynamic response test, stability characteristic test, emergency/gas shutdown and restart test, hydrogen utilization test, gas tailpipe concentration test, insulation resistance test and other aspects Mandatory inspection; It can also be used for performance tests (dynamic tests and power tests), simulated real car tests, durability tests and other performance tests in commissioned tests.

The PEM fuel cell short stack test system is designed for proton exchange membrane fuel cell stack development. The fuel cell reactor can be used for pressure/temperature sensitivity test, start-up performance test, steady state condition test, dynamic condition test, activation test, durability test, emergency/gas shutdown and restart test, quality test, cold/hot start test (supporting environmental chamber), polarization curve test, electrochemical test and many other tests.

The PEM Fuel Cell MEA test system is designed for proton exchange membrane fuel cell membrane electrode testing to help users quickly understand fuel cell performance and how fuel cell fuel conditions affect fuel cell performance. It can test the fuel cell Ⅳ performance, the effect of fuel flow on fuel cell performance, the effect of fuel dew point temperature on fuel cell performance, the effect of fuel cell temperature on fuel cell performance, reverse pole test, electrolytic test, impedance test, airtight test, and life durability test.

This series is mainly for 3C baltery,Button cell,Tool battery's test requirment including performance test, aging test and quality test.

This series is mainly for high precision.high response speed and simulation of the power battery test requirements,but also suitable for tool,energy storage battery and other battery's performance test,aging test and quality test.

Suitable for electric vehicles, electric bicycles/motorcycles, electric tools, small household appliances, distributed energy storage andother batery modules/battery packs,as well as power batteries, battery echelon utilization,3nergy storage system and other batterymodule performance testing, life aging testing and production offline testing.

Suitable for electric vehicle, energy storage system, power battery step utilization of battery modules and battery pack performance testing, life aging test and production line test.

Suitable for charging and discharging performance test, life aging test and line test of battery pack in high-voltage and high-power energy storage system and power battery echelon utilization.

The EOL offline test system integrates high-precision standard instruments andcommunication modules, providing an integrated and intelligent test solutionfor the offline test of battery packs such as electric vehicles and energy storagesystems.

Suitable for ternary, lithium iron phosphate, solid state batteries and other materials cell activation, battery sorting production test

Suitable for electric vehicles, industrial and commercial energystorage systems, power battery echelon utilization of batterymodules and battery pack performance testing, life aging test.ing and production line testing.

Suitable for electric vehicles, industrial and commercial energystorage systems, power battery echelon utilization of batterymodules and battery pack performance testing, life aging test.ing and production line testing.

Applicable to diferent flow battery systems: vanadium flow, iron chromium flow, new bromine flow, new iron flow, all iron flow test, canprovide flow battery system acquisition and control system solutions; At the samme time, it can meet the reliability assessment of theflow battery materials.