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EVS Series Battery Simulator

.DC source mode
.Battery output characteristic simulation
.Customizable battery models

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Model: EVS

Summary

EVS Series Battery Simulator is a DC power system that simulates the output state of batteries based on types, and serial/parallel numbers. Widely applied in the R&D process and production testing of OEMs and auto-parts suppliers, it is a highly efficient tool to verify the response characteristics of the test objects under various battery conditions. The Series can simulate charge/discharge characteristics of batteries based on SOC, and types. Typical test objects include motor controller, drive motor, and vehicle assembly etc.

Test Items

DC source mode
Battery output characteristic simulation
Customizable battery models
Output simulation based on Simulink battery models (Optional)
Voltage compensation
Energy measurement

Advantages

Wide output range of voltage & current
High precision output; High resolution
Fast dynamic response in 3-6ms
Multiple filtering solutions that eliminate any impact on the load
Superposition of ripples (Optional)
Fast CAN communication: 1ms
Standardized communication interfaces: RS485/CAN/LAN/Ether CAT (Optional)

Powertrain system test evaluation

Models	Rated Power [kW]	Rated Current [A]	Rated Voltage [V]	Peak Power (60s) [kW]	Peak Current (60s) [A]	Voltage Range [V]
EVS-80-1000	80	300	266	120	450	24-1000
EVS-100-1000	100	350	285	150	525	24-1000
EVS-150-1000	150	500	300	200	666	24-1000
EVS-200-1000	200	600	333	250	750	24-1000
EVS-250-1000	250	600	416	350	840	24-1000
EVS-300-1000	300	750	400	400	1000	24-1000
EVS-400-1000	400	1000	400	500	1250	24-1000
EVS-500-1000	500	1200	416	600	1440	24-1000

Input Requirements
Phase	3φ3W+PE
Voltage	380V±15%
Frequency	50Hz±5Hz
Output Characteristics
Voltage Precision	±(0.1%·FS+5dgt)
Current Precision	±(0.1%·FS+5dgt)
Response Time	≤3ms (10%~90%)
Switching Time	≤6ms (-90%~+90%)
Voltage Ripple (rms)	≤0.2%·FS
Load Regulation	0.1%·FS
Voltage Resolution	0.001V
Current Resolution	0.001A
Power Resolution	0.001kW
Max. Efficiency	94%
Protection	OVP/OCP/OTP/Phase Loss/Emergency Stop
Feedback Characteristics
Energy Recovery	Energy recovery is available in full power range.
iTHD	≤3%
Power Factor	≥0.99
Communication Interfaces
Local Interface	LCD
Remote Comms	RS485/LAN/CAN
Others	External emergency stop/Fault signal/Voltage compensation
Safety & Ambient Conditions
Insultation Resistance	≥20MΩ (500Vdc)
Withstand Voltage	3000V DC (60s, no arcing/break down)
Ground Resistance	≤0.1Ω
Protection Level	IP21 (indoor)
Cooling	Fan cooling
Ambient Temperature	-10~40℃
Relative Humidity	0-90%RH (non-condensing at 25℃)
Altitude	≤2000m

Models	Rated Power [kW]	Rated Current [A]	Rated Voltage [V]	Peak Power (60s) [kW]	Peak Current (60s) [A]	Voltage Range [V]
EVS-80-1000	80	300	266	120	450	24-1000
EVS-100-1000	100	350	285	150	525	24-1000
EVS-150-1000	150	500	300	200	666	24-1000
EVS-200-1000	200	600	333	250	750	24-1000
EVS-250-1000	250	600	416	350	840	24-1000
EVS-300-1000	300	750	400	400	1000	24-1000
EVS-400-1000	400	1000	400	500	1250	24-1000
EVS-500-1000	500	1200	416	600	1440	24-1000

Input Requirements
Phase	3φ3W+PE
Voltage	380V±15%
Frequency	50Hz±5Hz
Output Characteristics
Voltage Precision	±(0.1%·FS+5dgt)
Current Precision	±(0.1%·FS+5dgt)
Response Time	≤3ms (10%~90%)
Switching Time	≤6ms (-90%~+90%)
Voltage Ripple (rms)	≤0.2%·FS
Load Regulation	0.1%·FS
Voltage Resolution	0.001V
Current Resolution	0.001A
Power Resolution	0.001kW
Max. Efficiency	94%
Protection	OVP/OCP/OTP/Phase Loss/Emergency Stop
Feedback Characteristics
Energy Recovery	Energy recovery is available in full power range.
iTHD	≤3%
Power Factor	≥0.99
Communication Interfaces
Local Interface	LCD
Remote Comms	RS485/LAN/CAN
Others	External emergency stop/Fault signal/Voltage compensation
Safety & Ambient Conditions
Insultation Resistance	≥20MΩ (500Vdc)
Withstand Voltage	3000V DC (60s, no arcing/break down)
Ground Resistance	≤0.1Ω
Protection Level	IP21 (indoor)
Cooling	Fan cooling
Ambient Temperature	-10~40℃
Relative Humidity	0-90%RH (non-condensing at 25℃)
Altitude	≤2000m

EVS Series Battery Simulator

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