PARAMETER
TYPICAL ELECTRICAL CHARACTERISTICS |
|||||||||
AT STANDARD TEST CONDITIONS(STC) |
STC:AM=1.5,irradiance1000W/m²,Component temperature25ºC |
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Typical Type |
Unit |
JY1-54H380PC |
JY1-54H385PC |
JY1-54H390PC |
JY1-54H395PC |
JY1-54H400PC |
JY1-54H405PC |
JY1-54H410PC |
|
Max-Power(Pm) |
W |
380 |
385 |
390 |
395 |
400 |
405 |
410 |
|
Power Tolerance |
W |
|
|
|
0~+5W |
|
|
|
|
Max-Operating Voltage(Vm) |
V |
30.23 |
30.38 |
30.54 |
30.69 |
30.85 |
31.02 |
31.18 |
|
Max-Operating Current(Im) |
A |
12.59 |
12.69 |
12.79 |
12.89 |
12.99 |
13.08 |
13.17 |
|
OpenCircuitVoltage(Voc) |
V |
36.00 |
36.20 |
36.40 |
36.60 |
36.80 |
37.00 |
37.20 |
|
Short Circuit Current(isc) |
A |
13.42 |
13.49 |
13.56 |
13.63 |
13.70 |
13.76 |
13.82 |
|
Module Efficiency(nm) |
% |
19.2 |
19.5 |
19.7 |
20.0 |
20.2 |
20.5 |
20.7 |
|
ELECTRICAL CHARACTERISTICS AT NOMINAL MODULE |
NMOT:irradiance 800W/m,ambient temperature20ºC,wind speed1m/s |
||||||||
Typical Type |
Unit |
JY1-54H380PC |
JY1-54H385PC |
JY1-54H390PC |
JY1-54H395PC |
JY1-54H400PC |
JY1-54H405PC |
JY1-54H410PC |
|
Max-Power(Pm) |
W |
286 |
290 |
294 |
298 |
302 |
306 |
310 |
|
Max-Operating Voltage(Vm) |
V |
28.09 |
28.24 |
28.42 |
28.55 |
28.70 |
28.85 |
29.00 |
|
Max-Operating Current(m) |
A |
10.21 |
10.30 |
10.39 |
10.47 |
10.55 |
10.62 |
10.71 |
|
Open-Circuitvoltage(Voc) |
V |
33.80 |
34.00 |
34.20 |
34.40 |
34.60 |
34.80 |
35.00 |
|
Short-circuit current (Isc) |
A |
10.70 |
10.77 |
10.85 |
10.90 |
10.96 |
11.01 |
11.08 |
ADVANTAGE
Traditional modules cannot meet the needs of modern photovoltaic integrated buildings in terms of lightweight, flexibility, functional integration, and overall performance.
·Limited Load heavyweight, bracket installation, high roof load requirements
·Safety Risk risk of self-explosion (3‰ )
·Additional costs steel structure/bracket costs, labor costs due to complex construction
·Insufficient Shock Resistance the glass module is fragile and has poor shock resistance
·Aesthetic Shortcomings single color, single shape, poor adaptability
·LIGHTEROnly 30% of the weight of traditional modules, solving the problem of insufficient load on existing roofs
·MORE FLEXIBLEIt can be better integrated into architectural design, provide more diverse appearance and integration solutions, and adapt to different curved surfaces and shapes, so that photovoltaic systems can be perfectly integrated with buildings and reduce design restrictions.
·SHINING GREEN ENERGY WORLD Through the research and technological iteration of encapsulation materials, we have solved the insufficient light transmission and weather resistance of other ordinary lightweight modules and achieved higher and more stable power generation efficiency.
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