Contact person:
Ma shusheng
CEO
Mobile: 0086-13916137301
Email: sales@solarpanels.cn

 


PV MODULE

Monocrystalline silicon solar module

The monocrystalline silicon solar module of SSP are composed of solar cells with the average conversion efficiency above 15%, EVA sheet, solar glass and Tedlar (TPT) back sheet compounded from fluoric-plastic and dacron. The module adopts reliable welding technology and high-vacuum heating lamination process and is equipped with anticorrosion-treated aluminum alloy frame and watertight terminal box, According with IEC61215 and the II grade standard electrically. As a result, it takes on a rational structure, has an ultraviolet aging resistance.

   Design the characteristics:

· Even under the condition that the light is dim , the monocrystalline silicon solar cell of above 15% of the efficiency can produce the electricity greatly in the greatest power output;
· Power output match with the most ideal solar module;
· With defended and reflected membrane and high transparentglass, the module can increase the energy greatly .

  Firm frame reliably:

· Only for 46mm thick extremely thin positive pole anticorrosion-treated aluminum frame;
· Safety glass and protect back sheet can avoid damage and water ;
· Pour into the terminal box that the silicon froze the glue;
· Utilize EVA and TPT can prevent water entering effectively;

   Seamless system conformity:

· On the frame opens has 4 - 6 holes, is easy to install in all systems structure;
· Provides the standard MC attachment and the 1m long electric cable
· Has 3 diodes in the joint box, greatly reduced the system power loss which camouflaged from the module.

Electric and mechanical parameter of SSP monocrystalline silicon solar module
s Electricity performance parameter Module size L*W*H(mm) Mounting size
specification Rated power Wp(W) Optimum operation voltage Vmp(V) Optimum operation current Imp(A) short-circuit current Isc(A) Open-circuit voltage Voc(V) A(mm) B(mm) Mounting hole size (mm) Weight
(Kg)
SSP-185C2 185 24.0±0.5 7.8±0.20 8.4±0.20 29.5±0.5 1316*992*46 810 930 6-f6.4 ~15
SSP-185C1 185 36.5±0.5 5.1±0.20 5.4±0.20 43±0.5 1575*825*46 1270 765 6-f6.4 ~15.6
SSP-180C2 180 24.0±0.5 7.5±0.20 8.4±0.20 29.5±0.5 1316*992*46 810 930 6-f6.4 ~15
SSP-180C1 180 36.5±0.5 5.0±0.20 5.2±0.20 43±0.5 1575*825*46 1270 765 6-f6.4 ~15.6
SSP-175C 175 36.5±0.5 4.8±0.20 5.2±0.20 43±0.5 1575*825*46 1270 765 6-f6.4 ~15.6
SSP-170C 170 35.5±0.5 4.8±0.20 5.2±0.20 43±0.5 1575*825*46 1270 765 6-f6.4 ~15.6
SSP-165C 165 36.0±0.5 4.6±0.20 4.7±0.20 43±0.5 1575*825*46 1270 765 6-f6.4 ~15.6
SSP-160C 160 35.5±0.5 4.5±0.20 5.0±0.20 43±0.5 1575*825*46 1270 765 6-f6.4 ~15.6
SSP-155C 155 34.5±0.5 4.5±0.20 5.0±0.20 43±0.5 1575*825*46 1270 765 6-f6.4 ~15.6
SSP-150C 150 34.0±0.5 4.4±0.20 4.9±0.20 43±0.5 1575*825*46 1270 765 6-f6.4 ~15.6
SSP-130C 130 26.0±0.5 4.9±0.20 5.4±0.20 33±0.5 1188*790*46 812 730 6-f6.4 ~12
SSP-120C 120 25.0±0.5 4.8±0.20 5.3±0.20 32±0.5 1188*790*46 812 730 6-f6.4 ~12
SSP-110C 110 24.0±0.5 4.5±0.20 5.1±0.20 32±0.5 1188*790*46 812 730 6-f6.4 ~12
SSP-90C 90 18.0±0.5 5.0±0.20 5.60±0.20 22.0±0.5 1176*531*28 930 495 6-f6.4 ~7.0
SSP-85C 85 18.0±0.5 4.72±0.20 5.30±0.20 22.0±0.5 1176*531*28 930 495 6-f6.4 ~7.0
SSP-53C 53 17.0±0.5 3.12±0.20 3.50±0.20 21.0±0.5 786*531*28 600 495 6-f6.4 ~5.0
SSP-42C 42 18.0±0.5 2.34±0.15 2.62±0.15 22.0±0.5 626*531*28 415 495 4-f6.4 ~3.6
SSP-40C 40 17.0±0.5 2.34±0.15 2.62±0.15 21.0±0.5 626*531*28 415 495 4-f6.4 ~3.6
SSP-21C 21 18.0±0.5 1.20±0.10 1.34±0.10 22.0±0.5 621*281*28 415 245 4-f6.4 ~2.2
SSP-20C 20 17.0±0.5 1.20±0.10 1.34±0.10 21.0±0.5 621*281*28 415 245 4-f6.4 ~2.2
SSP-15C 15 18.0±0.5 0.82±0.10 0.88±0.10 22.0±0.5 421*301*28 220 264 4-f6.4 ~1.5
SSP-11C 11 18.0±0.5 0.60±0.05 0.66±0.05 22.0±0.5 356*301*28 190 264 4-f6.4 ~1.4
SSP-10C 10 17.5±0.5 0.60±0.05 0.66±0.05 21.0±0.5 356*301*28 190 264 4-f6.4 ~1.4
SSP-5C 5 18.0±0.5 0.29±0.20 0.33±0.05 21.0±0.5 226*226*28 s s 4-f6.4 ~0.9

  Multicrystalline silicon solar module

The multicrystalline silicon solar module of SSP are composed of solar cells with the average conversion efficiency above 14%, EVA sheet, solar glass and Tedlar (TPT) back sheet compounded from fluoric-plastic and dacron. The module adopts reliable welding technology and high-vacuum heating lamination process and is equipped with anticorrosion-treated aluminum alloy frame and watertight terminal box, According with IEC61215 and the II grade standard electrically. As a result, it takes on a rational structure, has an ultraviolet aging resistance.

  Design the characteristics:

· Even under the condition that the light is dim, the multicrystalline silicon solar cell of above 14% of the efficiency can produce the electricity greatly in the greatest power output;
· Power output match with the most ideal solar module
· With defended and reflected membrane and high transparent glass, the module can increase the energy greatly;

  Firm frame reliably:

· Only for 46mm thick extremely thin positive pole anticorrosion-treated aluminum frame;
· Safety glass and protect back sheet can avoid damage and water;
· Pour into the terminal box that the silicon froze the glue;
· Utilize EVA and TPT can prevent water entering effectively.

   Seamless system conformity:

· On the frame opens has 4 - 6 holes, is easy to install in all systems structure;
· Provides the standard MC attachment and the 1m long electric cable
· Has 3 diodes in the joint box, greatly reduced the system power loss which camouflaged from the module.

Electric and mechanical parameter of SSP multicrystalline silicon solar module
s Electricity performance parameter Module size L*W*H(mm) Mounting size
specification Rated power Wp(W) Optimum operation voltage Vmp(V) Optimum operation current Imp(A) short-circuit current Isc(A) Open-circuit voltage Voc(V) A(mm) B(mm) Mounting hole size (mm) Weight
(Kg)
SSP-185D 185 25±0.5 7.5±0.20 8.4±0.20 30±0.5 1316*992*46 810 930 6-f6.4 ~15
SSP-180D 180 24±0.5 7.5±0.20 8.38±0.20 29±0.5 1316*992*46 810 930 6-f6.4 ~15
SSP-165D 165 23.5±0.5 7.02±0.20 7.82±0.20 29±0.5 1316*992*46 810 930 6-f6.4 ~15
SSP-150D 150 23±0.5 6.52±0.20 6.6±0.20 29.0±0.5 1316*992*46 810 930 6-f6.4 ~15
SSP-120D 120 17±0.5 7.06±0.20 7.70±0.20 21.5±0.5 1476*650*46 1200/600 614 10-f6.4 ~11.0
SSP-100D 100 17±0.5 5.89±0.20 6.42±0.20 21.5±0.5 1236*650*46 984/492 614 10-f6.4 ~10.0
SSP-85D 85 17.5±0.5 4.86±0.20 5.45±0.20 22.0±0.5 1000*650*28 690 614 6-f6.4 ~8.1
SSP-80D 80 17±0.5 4.71±0.20 5.20±0.20 21.5±0.5 1000*650*28 690 614 6-f6.4 ~8.0
SSP-75D 75 17.5±0.5 4.30±0.15 4.76±0.15 22.0±0.5 1176*531*28 930 495 6-f6.4 ~7.0
SSP-70D 70 17±0.5 4.14±0.20 4.55±0.20 21.5±0.5 1176*531*28 930 495 6-f6.4 ~7.0
SSP-65D 65 17.5±0.5 3.72±0.15 3.72±0.15 22.0±0.5 776*650*28 600 614 6-f6.4 ~6.0
SSP-60D 60 17±0.5 3.54±0.20 3.90±0.20 21.5±0.5 776*650*28 600 614 6-f6.4 ~6.0
SSP-55D 55 17.5±0.5 3.04±0.15 3.36±0.15 22.0±0.5 856*531*28 600 495 6-f6.4 ~5.5
SSP-50D 50 17±0.5 2.95±0.20 3.25±0.20 21.5±0.5 856*531*28 600 495 6-f6.4 ~5.6
SSP-40D 40 17±0.5 2.36±0.15 2.60±0.15 21.5±0.5 642*510*28 330 480 4-f6.4 ~3.8
SSP-30D 30 17±0.5 1.77±0.15 1.95±0.15 21.5±0.5 556*531*28 300 495 4-f6.4 ~3.2
SSP-20D 20 17±0.5 1.18±0.10 1.30±0.10 21.5±0.5 240*727*28 210 417 4-f6.4 ~2.4
SSP-10D 10 17±0.5 0.59±0.05 0.65±0.05 21.5±0.5 301*356*28 150 320 4-f6.4 ~1.4