Manufactured 120w Single Monocrystalline solar cells

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				Model Number:	YHSP-120
Material:	Polycrystalline Silicon	Size:	136067035mm	Number of Cells:	36(4*9)
Max. Power:	130W	warranty:	25 year	Pmax:	120W
Vmp:	17.2V	Imp:	6.98A	Voc:	21.6v
Isc:	7.72a	package:	packed by carton inside, and wooden case outside	customized:	all available

Packaging Detail:	1. packed by carton inside, and wooden case outside 2. 2 pieces into a carton
Delivery Detail:	10 to 30 days according to the quantity

1.manufactured 120w single monocrystalline solar cells
2.CE passed
3.Size:1361*670*35mm
4.Number of Cells:36 (4*9)

manufactured 120w single monocrystalline solar cells

Reference Picture	Item :	Specification
	Maximum power at STC(Pmax)	120W
	Optimum operating voltage(Vmp)	17.2V
	Optimum operating current(Imp)	6.98A
	Open-circuit voltage(Voc)	21.6V
	Short-circuit current(Isc)	7.72A
	Short-circuit current temperature coefficient	(0.065±0.015)%/°C
	Open-circuit voltage temperature coefficient	-(80±10)mV/°C
	Peak power temperature coefficient	-(0.5±0.05)%/°C
	NOCT (Air 20°C; Sun 0.8kW/m wind 1m/s)	47±2°C
	Operating temperature	-40°C to 85°C
	Maximum system voltage	600V DC
Cell	Power tolerance	No. of cell and connection
mono-crystalline silicon solar cells	±3%	36(4×9)
Dimension of module	Weight	Electrical Characteristics
1161mm×670mm×35mm	10.5kg	YHSP120-12
Characteristics	Dimension

Q: How do solar cells handle power fluctuations in remote areas?: Solar cells can handle power fluctuations in remote areas by using a combination of energy storage systems such as batteries, inverters, and charge controllers. These components work together to store excess energy generated during peak sunlight hours and provide a stable power supply even during periods of low sunlight or high demand. This ensures a consistent and reliable power output, making solar cells an effective solution for addressing power fluctuations in remote areas.

Q: Can solar cells be used for powering transportation infrastructure?: Yes, solar cells can be used for powering transportation infrastructure. Solar-powered electric vehicles, such as solar cars, solar buses, and solar trains, are already being developed and deployed in various parts of the world. Additionally, solar energy can also be used to provide power for charging stations and electric vehicle infrastructure, reducing reliance on traditional energy sources and promoting sustainability in transportation.

Q: The advantages and effects of solar energy: Water boilers, dryers, heating and cooling, greenhouse and solar houses, solar cookers and high temperature furnaces, desalination plants, pumps, thermal power plants and solar medical equipment.

Q: How do solar cells handle snow or ice buildup?: Solar cells do not handle snow or ice buildup well. When covered by snow or ice, solar cells are unable to absorb sunlight effectively, leading to reduced energy production. To prevent this issue, solar panels are often installed at an angle, allowing snow and ice to slide off more easily. Additionally, some solar systems use heating elements to melt snow or ice that accumulates on the panels.

Q: How do solar cells perform in areas with high levels of noise pollution?: Solar cells are not significantly affected by noise pollution as they primarily convert sunlight into electricity. Noise pollution does not have a direct impact on their performance.

Q: How to generate solar cells, the principle of PN junction: Solar energy is an inexhaustible renewable energy source for human beings, and it is clean energy and does not produce any environmental pollution. In the effective use of solar energy; solar energy photoelectric utilization is the fastest growing and most dynamic in recent years

Q: How do solar cells perform in dry desert conditions?: Solar cells perform exceptionally well in dry desert conditions. The intense sunlight and lack of humidity in desert environments create optimal conditions for the generation of solar energy. The absence of clouds and minimal air pollution allows solar cells to efficiently convert sunlight into electricity, resulting in higher energy output. Additionally, the heat in desert regions can increase the efficiency of solar cells, as their performance typically improves with higher temperatures. Therefore, solar cells are highly effective and efficient in dry desert conditions.

Q: Can solar cells be used in drones?: Yes, solar cells can be used in drones. Solar-powered drones utilize photovoltaic cells to convert sunlight into electricity, which is then used to power the drone's propulsion system and other onboard equipment. This allows drones to have extended flight times and reduces reliance on traditional battery power.

Q: Do solar cells work at night or in low light conditions?: No, solar cells do not work at night or in low light conditions as they rely on sunlight to generate electricity.

Q: Can solar cells be used in electric grid stabilization?: Yes, solar cells can be used in electric grid stabilization. Solar energy can be harnessed and fed into the electric grid, helping to stabilize it by providing a consistent and renewable source of electricity. By balancing the intermittent nature of solar energy with other sources of power, such as storage systems or conventional power plants, solar cells can contribute to grid stability by reducing reliance on fossil fuels and promoting a more sustainable energy mix.

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