Solar Cells Made in USA - High Efficiency Monocrystalline Silicon Solar Cell 80W

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Quick Details

Place of Origin:				Model Number:	BSP80-12M
Material:	Monocrystalline Silicon	Size:	19909540535	Number of Cells:	1
Max. Power:	80W

Packaging & Delivery

Packaging Detail:	carton box
Delivery Detail:	15 days

Specifications

solar cell
1. 0.5 to 380W solar panel
2. high effiency
3. monocrystalline silicon
4. polycrystalline silicon

Supply all kinds of high effiency mono/poly crystalline silicon solar module

Specifications:

Model number	Pm (W)	Voc (V)	Isc (A)	Vm (V)	Im (A)	unit Size (mm)	Unit Weight (Kg)	C/N	Carton dimension (mm)	Gross weight (Kgs/ctn)	Maxmum system Voltage (V)
SNG00	0.5	5	0.137	4	0.1	100553.2	0.03	700Pcs/CN	460280200	21	36
SNG001	1	7.2	0.183	6	0.2	110803.2	0.05	500Pcs/CN	460280200	25	36
SNG002	2	11	0.24	9	0.2	1351353.2	0.1	200Pcs/CN	460280200	20	36
SNG003	3	21.6	0.19	18	0.2	25018025	0.6	16Pcs/CN	460280200	10.8	600
SNG005	5	21.6	0.33	18	0.3	34018025	0.8	10Pcs/CN	380220360	9	600
SNG010	10	21.6	0.64	18	0.6	34028025	1.6	10Pcs/CN	380300360	17	600
SNG015	15	21.6	0.95	18	0.9	50027025	2	10Pcs/CN	560300360	21.2	600
SNG020	20	21.6	1.27	18	1.2	65027025	2.8	10Pcs/CN	630300360	29.2	600
SNG025	25	21.6	1.58	18	1.4	65027025	3.8	10Pcs/CN	700300360	39.2	600
SNG030	30	21.6	1.89	18	1.7	50034025	3.8	10Pcs/CN	600380360	49.8	600
SNG040	40	21.6	2.53	18	2.3	60053033	4.8	10Pcs/CN	700600360	32	600
SNG045	45	21.6	2.75	18	2.5	60053033	5.8	10Pcs/CN	700600480	32	600
SNG050	50	21.6	3.16	18	2.9	100044033	6	5Pcs/CN	1100500240	32	600
SNG055	55	21.6	3.48	18	3.2	100044033	6	5Pcs/CN	1100590240	35	600
SNG060	60	21.6	3.7	18	3.3	100053033	7	5Pcs/CN	1100590240	35	600
SNG065	65	21.6	4	18	3.6	100053033	7	5Pcs/CN	1100590240	35	600
SNG070	70	21.6	4.3	18	3.9	100053033	7	5Pcs/CN	1100590240	40	600
SNG075	75	21.6	4.74	18	4.3	119053033	7.5	5Pcs/CN	1250560240	40	600
SNG080	80	21.6	5	18	4.6	119053033	7.5	5Pcs/CN	1250560240	40	600
SNG085	85	21.6	5.2	18	4.7	119053033	7.5	5Pcs/CN	1250560240	21	600
SNG100	100	21.6	6.33	18	5.8	140063033	10.5	2Pcs/CN	1450680110	13	600
SNG125	125	43	3.85	36	3.5	119063050	11.5	2Pcs/CN	1450680110	13	600
SNG130	130	43	3.97	36	3.6	119063050	11.5	2Pcs/CN	1450680110	13	600
SNG135	135	43	4.1	36	3.8	119063050	11.5	2Pcs/CN	1450680110	36	600
SNG140	140	43	4.35	36	4	158080050	16	2Pcs/CN	1630840110	36	600
SNG150	150	43	4.68	36	4.3	158080050	16	2Pcs/CN	1630840110	36	600
SNG160	160	43	4.98	36	4.6	158080050	16	2Pcs/CN	1630840110	36	1000
SNG165	165	43	5.08	36	4.7	158080050	16	2Pcs/CN	1630840110	36	1000
SNG175	175	43	5.39	36	5	158080050	16	2Pcs/CN	1680840110	36	1000
SNG180	180	43	5.54	36	5.1	158080050	16	2Pcs/CN	1630840110	36	1000
SNG230	230	43	7	36	6.4	158098050	21	2Pcs/CN	16301100110	42	1000
SNG270	270	43	8.3	36	7.5	195098050	25	2Pcs/CN	2000110065	50	1000
SNG380	380	43	11.6	36/72	10.6/5.3	1600160050	30	1Pcs/CN	1700170065	30	1000

Q: What is the average lifespan of a solar cell?: The average lifespan of a solar cell is typically around 25 to 30 years.

Q: What is the maximum efficiency achievable by a solar cell?: The maximum efficiency achievable by a solar cell is determined by the Shockley-Queisser limit, which states that the theoretical maximum efficiency is around 33.7%. However, in practice, most commercially available solar cells have efficiencies ranging between 15% to 22%.

Q: How do solar cells perform in high-pollution areas?: Solar cells can still function effectively in high-pollution areas, although their performance may be slightly reduced due to the presence of air pollutants. The efficiency of solar cells depends on the amount of sunlight they receive, so in areas with high pollution, the concentration of pollutants in the air may partially block sunlight and reduce the amount of energy captured by the cells. However, advancements in solar technology have led to the development of more resilient and efficient solar panels that can still generate a significant amount of energy, even in high-pollution areas.

Q: How do solar cells perform in low-light conditions?: Solar cells perform less efficiently in low-light conditions compared to bright sunlight. This is because they rely on sunlight to generate electricity through the photovoltaic effect. In low-light conditions, the reduced intensity of sunlight results in lower electrical output. However, advancements in solar cell technology have improved their ability to work under low-light conditions, allowing them to still produce some electricity even in cloudy or shaded environments.

Q: How does the solar cell work in terms of photochemical conversion?: If impurities are incorporated into the true semiconductors, i.e. monocrystalline silicon, for example, incorporation of pentavalent phosphorus (P), excess electrons are called, which are called N-type semiconductors.

Q: What is the role of silicon in solar cells?: The role of silicon in solar cells is to act as a semiconductor material that converts sunlight into electricity through the photovoltaic effect. Silicon is chosen for its ability to absorb photons and release electrons, creating an electric current that can be harnessed as a renewable energy source.

Q: Can solar cells be used for powering navigation buoys?: Yes, solar cells can be used for powering navigation buoys. Solar cells are a reliable and sustainable source of energy that can generate electricity from sunlight, making them ideal for remote locations such as navigation buoys. They can effectively power the lighting and other electrical systems on the buoys, eliminating the need for traditional power sources and reducing maintenance costs.

Q: What is the payback period for solar cell installations?: The payback period for solar cell installations varies depending on factors such as the cost of the installation, the amount of energy generated and consumed, and any applicable incentives or subsidies. On average, it can range from 5 to 10 years, but it is important to conduct a specific analysis considering individual circumstances to determine the accurate payback period for a given solar cell installation.

Q: What are the applications of solar cells?: oil, marine, meteorological fields: oil pipelines and reservoir gates cathodic protection solar power systems, oil drilling platform life and emergency power, marine testing equipment, weather / hydrological observation equipment. (

Q: What is the impact of solar cells on reducing energy inequality?: Solar cells have a significant impact on reducing energy inequality by providing access to clean and affordable energy for communities that lack reliable electricity sources. Solar power eliminates the dependence on fossil fuels, which are often expensive and inaccessible for marginalized populations. By harnessing the sun's energy, solar cells offer a sustainable and renewable solution, empowering underserved regions and bridging the energy gap between developed and developing countries.

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