Product Description 
	1.Shingled module technology-process 
	
	Compared with the normal module process, the shingled process has different interconnect materials, and the process is simpler and more reliable, avoiding defects such as offset welding of the ribbon. 
	
	
	 
 
	
		
			
				| 
						                 Module Type                   
					 | 
						       BSM480PM5-72SB         
					 | 
						       BSM485PM5-72SB        
					 | 
						       BSM490PM5-72SB        
					 | 
						       BSM495PM5-72SB        
					 | 
						       BSM500PM5-72SB         
					 | 
			
				| 
						  
					 | 
						STC 
					 | 
						NMOT 
					 | 
						STC 
					 | 
						NMOT 
					 | 
						STC 
					 | 
						NMOT 
					 | 
						STC 
					 | 
						NMOT 
					 | 
						STC 
					 | 
						NMOT 
					 | 
			
				| 
						Maximum Power(Pmax/W) 
					 | 
						480 
					 | 
						361 
					 | 
						485 
					 | 
						365 
					 | 
						490 
					 | 
						369 
					 | 
						495 
					 | 
						373 
					 | 
						500 
					 | 
						377 
					 | 
			
				| 
						Operating Voltage(Vmpp/V) 
					 | 
						38.7 
					 | 
						37.0 
					 | 
						38.7 
					 | 
						37.0 
					 | 
						38.8 
					 | 
						37.1 
					 | 
						38.9 
					 | 
						37.2 
					 | 
						39.0 
					 | 
						37.3 
					 | 
			
				| 
						Operating Current(Impp/A) 
					 | 
						12.40 
					 | 
						9.77 
					 | 
						12.53 
					 | 
						9.87 
					 | 
						12.63 
					 | 
						9.95 
					 | 
						12.72 
					 | 
						10.02 
					 | 
						12.82 
					 | 
						10.11 
					 | 
			
				| 
						Open-Circuit Voltage(Voc/V) 
					 | 
						46.5 
					 | 
						44.4 
					 | 
						46.5 
					 | 
						44.4 
					 | 
						46.6 
					 | 
						44.5 
					 | 
						46.7 
					 | 
						44.6 
					 | 
						46.8 
					 | 
						44.7 
					 | 
			
				| 
						Short-Circuit Current(Isc/A) 
					 | 
						13.16 
					 | 
						10.62 
					 | 
						13.22 
					 | 
						10.67 
					 | 
						13.28 
					 | 
						10.72 
					 | 
						13.34 
					 | 
						10.77 
					 | 
						13.40 
					 | 
						10.82 
					 | 
			
				| 
						Module Efficiency(%) 
					 | 
						21.4 
					 | 
						21.6 
					 | 
						21.8 
					 | 
						22.0 
					 | 
						22.2 
					 | 
		
	
	STC: Irradiance 1000W/㎡,Cell Temperature 25°C,Air Mass AM1.5 NMOT: Irradiance at 800W/㎡,Ambient Temperatue 20°C,Air Mass AM1.5,Wind Speed 1 m/s 
	
	2. When shaded by shadow, shingled modules have the best output power if the shingles modules are installed vertically. 
 
 
	
	
		
			
				| 
						The number of cells shaded 
					 
						by shadow 
					 | 
						Without occlusion 
					 | 
						1 row of cells  
					 
						is shaded 
					 | 
						Two rows of cells  
					 
						are shaded 
					 | 
						Three rows of cells  
					 
						are shaded  
					 | 
						Four rows of cells  
					 
						are shaded 
					 | 
						Five rows of cells  
					 
						are shaded 
					 | 
						Six rows of cells  
					 
						are shaded 
					 | 
			
				| 
						I(A) 
					 | 
						10.665 
					 | 
						9.082 
					 | 
						7.313 
					 | 
						5.504 
					 | 
						10.614 
					 | 
						10.612 
					 | 
						10.609 
					 | 
			
				| 
						Pm(W) 
					 | 
						400.5 
					 | 
						348.0 
					 | 
						258.1 
					 | 
						216.2 
					 | 
						192.4 
					 | 
						191.5 
					 | 
						191.4 
					 | 
		
	
	
	
	3. shingled module-Better ability to melt snow 
	
	Vertical installation, shingled module cells series and parallel structure, as soon as the snow on one string of cells melts, the module is ready to work, the temperature rise during work further accelerates snow melting. It can effectively increase module power generation time. 
	
 
 
	
	4. shingled module- load-resisting capacity 
	Under the load of IEC 5400Pa, shingled has no new micro-cracks, although both shingled module and half-cell module passed the test(attenuation < 5%) 
	High load resisting capacity reduces the production of micro-crack during transportation and power station installation 
