100V 120A Power Battery Testing System

• Customization: Available
• Power Supply: 220V/110V
• Certification: CE, ISO
• Model NO.: CE-6001n-100V120A-H
• Warranty: 2 Years
• Transport Package: Wood Packing
• Trademark: TMAX
• Origin: China

Product Description

100V 120A Power Battery Testing System

Introduction:
*Power battery simulation, C-rate test.
*Life cycle test.
*Power test, capacity test, energy density test.
*Power battery virtual distribution: charge/discharge curve fitting, battery consistency test and evaluation.
*High rate charge/discharge test.
*Power battery, serial energy-storage battery module test: single cell voltage, Single cell temperature monitoring(high-voltage equipment).



Features(some features required a customization):
*High-performance charge/discharge test platform developed for high-power battery modules(or packages).
*Adopting AC/DC,DC/DC Dual-level high frequency module design, combined with low temperature drift, high-performance multi-channel 24-bit analog-to-digital conversion chip(ADC) to achieve higher stabilize accuracy.
*High-level power density system with multi-channel integration and capable for energy recovering.
HMI operation, smart calibration.
*Multiple adaption for BMS, supports the same/different charge and discharge ports, relay/MOSBMS solution, independent CAN and RS485 communication expansion, and DBC configuration.
*Remote control available for host computer through Ethernet, channels parallel, pulse and driving simulation available.
*Man-computer integration interface design, minimized system for easy-understand operating, customized setting available, automatic reminder for termly calibration. 


 

CE-6000 Specification
1,Model
1. Material code	CE-6001n-100V120A-H
2,Channels information
1. Channels quantity	Channels quantity in one unit	1
2. Main channel	Channel feature	Constant current source and constant voltage source dual closed loop control
	Channel control mode	Independent control
	Channel parallel connection	Support max 4 channels parallel mode. Pulse and SIM tests will be disabled in channels parallel mode.
3,Power grid side parameters
1.Input power		AC380V±15%  50/60±5Hz
2.Power factor		≥99%(Full load)
3.THDi		≤5%(Full load)
4.Input resistance		≥1MΩ
5.Input power		14.1KW
6.Input current		21.5A/single
7.Overall system efficiency(Max)		90%
8.Noise		≤65dB
9.Voltage and current sampling		Four-wire connection(same port for charging and discharging)
10.Power control module type		MOSFET
11.Input power wiring method		Three-phase-five wire system
12.Power input protection		Anti-surge, anti-silos, anti over or under frequency, anti over or under voltage, anti phase absence, etc.
4,Functions and performances
1. Voltage	Output range	Charge:0V~100V
		Discharge:3V~100V
	Min discharge voltage	3V
	Accuracy	±0.02% of FS
	Resolution	24bit
2. Current	Output range	0.6A~120A
	Accuracy(independent range)	±0.05% of FS
	CV cut-off current	120mA
	Resolution	24bit
3. Power	Single channel output power	12KW
	Whole machine output power	12KW
4. Time	Current response time	≤3ms
	Current conversion time	≤6ms
	Min. step time	0.1s
5. Charge/Discharge modes	Charge/Discharge modes	CCC, CVC, CC-CVC, CPC
		CCD, CVD, CPD, CRD
	Cut-off condition	Voltage, Current, ΔTime, Capacity, -ΔV
6. Simulation	Charge	Current, Power
	Discharge	Current, Power
	Switch	Support continuous switching between charge and discharge
	Cut-off condition	Time, step line
	Steps file lines	1,000,000
7. Pulse Mode	Charge	Current ,power
	Discharge	Current, Power
	Min pulse	100ms
	Pulse counts	Up to 32
	Charge and discharge switch	supported
	Cut-off condition	Voltage, ΔTime
8. DCIR		DCIR by calculation
9. Safely protection	Software protection	Power off data protection
		Offline mode function
		Safety protection conditions can be set, including:voltage lower limit ,voltage upper limit ,current lower limit ,current upper limit ,delay time, etc.
	Hardware protection	Anti-reverse connection, over-voltage, over-current, over-temperature, etc.
5,Data management and analysis
1. Step setting method		Form editing
2. Data report	Recording conditions	Minimum time interval: 10ms(connected with AUX channel:100ms)
		Minimum voltage interval: 0.2V
		Minimum current interval: 0.24A
	Recording frequency	100Hz(connected with AUX channel:10Hz)

 

1. Database		MySQL database
2. Data output		Excel, Txt
3. Curve type		Templates available, customization supported
4. Bar code scanning		Support bar-code scanning function
		Management and traceability of historical data
6,Communication
1. Host computer communication		TCP/IP protocol
2. Communication port		Ethernet
3. Communication baud rate of the testers		1M
4. Host computer communication baud rate		10M~100M adaptive
5. Communication setup		Set up a LAN(local area network) through switches and routers
6. Communication expansion(optional)		Support CAN, RS485 communication and BMS communication, with DBC configuration function
7,Environmental requirements, dimension and weight
1. Operation environment temperature		-10ºC~40ºC(When the temperature is 25±10ºC, the accuracy error caused by temperature change is less than 0.005% of FS per degree)
2. Storage environment temperature		-20ºC~50ºC
3. Operation environment humidity		≤70% RH(no moisture condensation)
4. Storage environment humidity		≤80% RH(no moisture condensation)
5. Dimension W*D*H		600*800*900(mm)

 

Auxiliary test system(optional)
1. Temperature aux channels	Temperature range	Thermistor:-30ºC~120ºC
		Thermocouple:-200ºC~260ºC
	Temperature accuracy	±1ºC(Length within 2m)
	Temperature resolution	0.1ºC
2. Voltage aux channels	Voltage range	0V~5V
	Voltage accuracy	±0.1% of FS
	Voltage resolution	0.1mV
3. Aux Introduction	It is used to monitor the temperature of the battery surface or the tabs during the test. The aux test data can be bound with the main voltage and current data. At the same time, the measured temperature can be used as the control condition and protection condition of the test profiles.