A new generation of C-HJT technology with registered intellectual property right by SPIC New Energy Science & Technology Co., Ltd., introduces more value with reduced cost
by replacing traditional busbars made from Silver paste with plated Copper
Plated copper in C-HJT features busbar with reduced width, leading to 0.3% + cell Conversion efficiency increase over traditional HJT with screen printed silver busbar
Electricity resistivity of Busbar made from Plated Copper is as low as 1.7 – 1.8 μΏ.cm, which significantly helps enhance the Fill Factor
Metal material cost in Busbar is reduced by 50% to replace silver by copper
Comparing to PERC, C-HJT has 5-11% more power generation comprehensively
with an estimated LCOE saving of US $ 0.4 cents
96-cell bifacial HJT Half Cell Double-glass Solar Module
·Cell Connection:96pcs(6x16)
·Module Dimensions:1748x1303x35mm
·Module Weight:28.4kg
·Maximum static mechanical load:5400Pa(Snow pressure)/2400Pa(Wind pressure)
·Operating Temperature:-40~+85℃
108-cell bifacial HJT Half Cell Double-glass Solar Module
·Cell Connection:108(6x18)
·Module Dimensions:1960x1303x35mm
·Module Weight:31.9kg
·Maximum static mechanical load:5400Pa(Snow pressure)/2400Pa(Wind pressure)
·Operating Temperature:-40~+85℃
120-cell bifacial HJT Half Cell Double-glass Solar Module
·Cell Connection:120pcs(6x20)
·Module Dimensions:2172x1303x35mm
·Module Weight:35.3kg
·Maximum static mechanical load:5400Pa(Snow pressure)/2400Pa(Wind pressure)
·Operating Temperature:-40~+85℃
132-cell bifacial HJT Half Cell Double-glass Solar Module
·Cell Connection:132pcs(6x22)
·Module Dimensions:2384x1303x35mm
·Module Weight:38.7kg
·Maximum static mechanical load:5400Pa(Snow pressure)/2400Pa(Wind pressure)
·Operating Temperature:-40~+85℃
A new generation of C-HJT technology with registered intellectual property right by SPIC New Energy Science & Technology Co., Ltd., introduces more value with reduced cost
by replacing traditional busbars made from Silver paste with plated Copper
Plated copper in C-HJT features busbar with reduced width, leading to 0.3% + cell Conversion efficiency increase over traditional HJT with screen printed silver busbar
Electricity resistivity of Busbar made from Plated Copper is as low as 1.7 – 1.8 μΏ.cm, which significantly helps enhance the Fill Factor
Metal material cost in Busbar is reduced by 50% to replace silver by copper
Comparing to PERC, C-HJT has 5-11% more power generation comprehensively
with an estimated LCOE saving of US $ 0.4 cents
96-cell bifacial HJT Half Cell
Double-glass Solar Module
·Cell Connection:96pcs(6x16)
·Module Dimensions:1748x1303x35mm
·Module Weight:28.4kg
·Maximum static mechanical load:5400Pa(Snow pressure)/2400Pa(Wind pressure)
·Operating Temperature:-40~+85℃
108-cell bifacial HJT Half Cell
Double-glass Solar Module
·Cell Connection:108(6x18)
·Module Dimensions:1960x1303x35mm
·Module Weight:31.9kg
·Maximum static mechanical load:5400Pa(Snow pressure)/2400Pa(Wind pressure)
·Operating Temperature:-40~+85℃
120-cell bifacial HJT Half Cell
Double-glass Solar Module
·Cell Connection:120pcs(6x20)
·Module Dimensions:2172x1303x35mm
·Module Weight:35.3kg
·Maximum static mechanical load:5400Pa(Snow pressure)/2400Pa(Wind pressure)
·Operating Temperature:-40~+85℃
132-cell bifacial HJT Half Cell
Double-glass Solar Module
·Cell Connection:132pcs(6x22)
·Module Dimensions:2384x1303x35mm
·Module Weight:38.7kg
·Maximum static mechanical load:5400Pa(Snow pressure)/2400Pa(Wind pressure)
·Operating Temperature:-40~+85℃