Off-grid solar power system can supply power nearby, without long distance transmission, avoiding the loss of long-distance transmission lines.energy conservation and emission reduction.
Project fundamentals:
Project name |
Superpack 3.6KW Solar off-grid system |
||
Project type |
■ Solar off-grid system |
||
Installation capacity |
3.6 kwp |
annual energy output |
About4271.87 ( kWh) |
Construction address |
8/F, Building F, Zone 2, Huiyi Industry Park, No. 138 Jiabin Road, Huangjiang Town, Dongguan,Guangdong , China |
||
Solar irradiance at the site of the project |
4746.38MJ/m2 |
Annual sunshine hours |
1346.85 |
Monthly Averaged Insolation Incident On A Horizontal Surface (kWh/m2/day) |
|||||||||||||
northern latitude 22.84 |
Jan |
Feb |
Mar |
Apr |
May |
Jun |
Jul |
Aug |
Sep |
Oct |
Nov |
Dec |
Annual |
east longitude 113.98 |
Average |
||||||||||||
22-year Average |
2.77 |
2.54 |
2.70 |
3.23 |
3.92 |
4.32 |
4.80 |
4.54 |
4.33 |
4.12 |
3.74 |
2.27 |
3.69 |
Solar irradiance(MJ/m2) |
309.132 |
256.032 |
301.32 |
348.84 |
437.472 |
466.56 |
535.68 |
506.664 |
467.64 |
459.792 |
403.92 |
253.332 |
4746.384 |
Project:The 12pcs single crystal 300W solar panel is formed into an array by 3S4P. After the confluence box, inverter, distribution box, double power supply automatic conversion switch and battery pack, the load (workshop lighting) is supplied.
Concept Status:
Design Status:
Installation Status:
Energy saving and emission reduction
After the completion of the project, it not only provides electricity, reduces pollution, saves resources, has positive social and environmental significance, but also has solvency. The project can be used in economic, social and environmental benefits.According to the current standard of 0.35kg standard coal, 3.15kg water, 0.65kg carbon dioxide, 0.0075kg sulfur dioxide, 0.0022kg nitrogen oxide, 0.0053kg soot and 0.135kg cinder, the environmental protection benefits of the project for 25 years are as follows:
Total power generation in 25 years ( kWh) |
4271.867 |
save standard coal(T) |
20.40643647 |
water saving (T) |
183.6579282 |
carbon emission reduction CO2(T) |
47.45954082 |
carbon emission reduction SO2(T) |
0.437280781 |
carbon emission reduction nitrogen oxide(T) |
0.128269029 |
carbon emission reduction stive(T) |
0.309011752 |
carbon emission reductionlime-ash(T) |
7.871054067 |
Superpack engineering team can design a reasonable Off-grid solar power systemsolution,also conduct on-site survey and simulation calculation of photovoltaic off-grid system engineering,conduct project feasibility analysis,then install and test.