NEWARE provides turnkey solutions for Cell, Module, and Pack batteries testing, offering a range of functions such as Cycle Life Testing, HPPC Testing, and Simulation Testing. The equipment is equipped with an energy feedback feature, which can feed back the residual battery discharge energy to the internal grid, meeting the testing needs of Battery Manufacturers, Electric Vehicle Manufacturers, and Energy Storage Companies.
NEWARE not only produces excellent battery testing equipments, but also provides complete software and hardware solutions such as NEWARE AI, MES and automatic production line projects for battery industry enterprises and universities.
NEWARE has created exclusive customized solutions for multiple scenarios, serving more than 48,000 customers, with more than 327,000 devices in operation at the customer site.
NEWARE provides a rich selection of auxiliary modules and accessories to meet the complex needs of customers.
Voltage Accuracy
Current Response Time
Current Accuracy
Feedback Efficiency (Max)
Voltage & Current Accuracy
Current Conversion Time
Current Response Time
Feedback Efficiency (Max)
Voltage & Current Accuracy
Sampling Time
Current Response Time
Simulation
Powerful performance
Using a bidirectional high-frequency DC conversion topology combined with a high-performance multi-channel 24-bit AD conversion chip, the sampling resolution is higher than traditional single-range equipments.
Energy feedback
It can recover the energy generated by battery discharge and supply it to other channel batteries or feed back to the internal network.
Integrated operation
BTS host computer system realizes the integrated operation of battery test equipments and environmental test chambers to maximize the battery characteristics.
| Voltage | Current | ||||||
| 20V≤V≤60V | 60A | 120A | 240A | 480A | 960A | 1200A | - |
| 60V<V≤120V | 50A | 100A | 200A | 400A | 600A | 800A | 1000A |
| 120V<V≤200V | 50A | 100A | 200A | 300A | 400A | 500A | - |
Using a bidirectional high-frequency DC conversion topology combined with a high-performance multi-channel 24-bit AD conversion chip, the sampling resolution is higher than traditional single-range equipments.
Energy feedback
It can recover the energy generated by battery discharge and supply it to other channel batteries or feed back to the internal network.
Integrated operation
BTS host computer system realizes the integrated operation of battery test equipments and environmental test chambers to maximize the battery characteristics.
| Power | Voltage | Current |
| 100kW | 500V | 200A |
| 150kW | 750V | 200A |
| 300kW | 1000V | 300A |
Simulate the actual road conditions of electric vehicles with dynamic power or current waveforms.
Advanced system architecture
Integrated with modern power electronics technology and high-performance embedded systems.
Integrated operation
BTS host computer system realizes the integrated operation of battery test equipments and environmental test chambers to maximize the battery characteristics.
| Model | Voltage | Current | ||||
| CTE-8000 | 5V | 100A | 200A | 300A | 500A | 600A |
| CT-8000 | 5V | 30A | 50A | 100A | 200A | 300A |
| 500A | 600A | 800A | 1000A | - | ||
