Burn-In Test For Large-Scale Energy Storage Converters Power Conversion System
   
   
  Architecture diagram
  
   
    Performance parameters
  
    
   	 		 		 		 	 	 		 			| System |  			System structure |  			1 control cabinet + 6 two-way source load cabinets |  		
 		 			| Overall size |  			5800*860*2050mm |  		
 		 			| Total floor area |  			5800*1800mm(Including operation area) |  		
 		 			| Total input voltage |  			Three-phase five-wire system 220Vac (rated) |  		
 		 			| Total input current |  			100A*6 |  		
 		 			| Total input power |  			50kW*6 |  		
 		 			| Application ambient temperature |  			0-40℃ |  		
 		 			| Application environment humidity |  			0-95% |  		
 		 			| Fire protection requirements |  			Materials meet UL 94V0 rating |  		
 		 			| Environmental requirements |  			Materials comply with Rohs, WEEE requirements |  		
 		 			| Safety requirements |  			Comply with IEC62368 international standard design requirements |  		
 		 			| Burn-in cabinet |  			Units/Cabinet |  			2 bits/cabinet |  		
 		 			| Burn-in product DC power |  			150kW/bit |  		
 		 			| Burn-in product DC voltage |  			150-800Vdc |  		
 		 			| Burn-in product DC current |  			500A/bit |  		
 		 			| Burn-in product AC power |  			150kW/bit |  		
 		 			| Burn-in products AC voltage |  			220/380Vac/50Hz Three-phase five-wire |  		
 		 			| Burn-in product AC current |  			300A/bit |  		
 		 			| AC Connector Type |  			PA350 (L1/ L2/ L3/N/PE) |  		
 		 			| DC Connector Type |  			DC bronze medal |  		
 		 			| Signal Connector Type |  			RJ45 (network port) |  		
 		 			| Input power |  			300kW |  		
 		 			| Feedback power |  			280kW |