300w Solar System PV Solar Panel with TUV IEC INMETRO Certificate - Solar Panels in North Carolina

300w Solar System PV Solar Panel with TUV IEC INMETRO Certificate - Solar Panels in North Carolina System 1

300w Solar System PV Solar Panel with TUV IEC INMETRO Certificate - Solar Panels in North Carolina

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 10000 watt

Supply Capability:: 1000000 watt/month

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Product Description

300W Solar System PV Panel Solar Panel with TUV IEC Mcs CE Cec Inmetro Idcol Soncap Certificate

300W Solar System PV Solar Panel with TUV IEC Inmetro Certificate

EU Anti-dumping Duty-Free
PV Panel Solar Panel with TUV IEC Mcs CE Cec Inmetro Idcol Soncap Certificate

- TUV IEC, MCS (UK), CE, CEC (Australia), INMETRO, IDCOL, SONCAP CERTIFIED

- [EU ANTIDUMPING DUTY-FREE]

FEATURES
`Long Service Life
`High Efficiency Solar Cells
`Special Aluminum Frame Design
`High Transmission, Low Iron Tempered Glass
`Advanced Cell Encapsulation

APPLICATIONS
`Solar power stations
`Rural electrification, Small home power systems
`Power supply for traffic, security, gas industry
`12V and 24V battery charging system
`Other industrial and commercial applications

ELECTRICAL CHARACTERISTICS
Maximum Power as per STC	Pmax(W)	275	280	285	290	295	300
Power Tolerance	%	± 3%
Maximum Power Voltage	Vm(V)	36.43	36.56	36.72	36.79	36.93	37.15
Maximum Power Current	Im(A)	7.55	7.66	7.77	7.89	7.99	8.08
Open Circuit Voltage	Voc(V)	43.7	42.92	44.06	44.21	44.35	44.5
Short Circuit Current	Isc(A)	8.1	8.17	8.23	8.33	8.41	8.72
Maximum System Voltage	VDC	1000
Cell Efficiency	%	15.8	16.1	16.4	16.7	17.0	17.3
Module Efficiency	%	14.2	14.5	14.7	15.0	15.2	15.5
Cells per Module	Pcs	72
Cell Type		Monocrystalline silicon
Cell Size	mm	156 x 156
Bypass Diodes	Pcs	12Amp, 6 pcs
Max. Series Fuse Rating	A	15A
Temperature coefficient of Isc	%	0.05
Temperature coefficient of Voc	%	-0.35
Temperature coefficient of power	%	-0.47
NOCT- Nominal operating cell temperature		47 ± 2 degree
Operating Temperature		from -40 to +85 degree
MECHANICAL CHARACTERISTICS
Dimensions	mm	1954 x 990 x 50
Weight	Kg	23.5
Type of Junction Box		TUV certified, IP65
Cable Type, Diameter		TUV certified, 4mm 2, 90 cm in length
Connector		compatible to Type 4 (MC4)
Tempered Glass		3.2 mm, high transmission, low iron

Q: Are there any disadvantages to using solar panels?: Yes, there are a few disadvantages to using solar panels. Firstly, the initial installation cost can be relatively high, making it a less affordable option for some individuals or businesses. Additionally, solar energy production relies on sunlight, which means that solar panels are less effective during cloudy or rainy days, or at night. This intermittency requires a backup energy source or energy storage system, adding to the overall cost. Moreover, solar panels require a significant amount of space for installation, which may not be feasible in densely populated areas. Lastly, the manufacturing process of solar panels can have environmental impacts, as it involves the use of certain materials and chemicals. However, it is worth noting that continuous advancements in technology are reducing these disadvantages, making solar panels an increasingly viable and sustainable energy solution.

Q: Can solar panels be installed on camping sites?: Yes, solar panels can be installed on camping sites. They provide a sustainable and reliable source of energy, allowing campers to power their devices and equipment while minimizing the environmental impact.

Q: Hi, I want to put some solar light in my yard, and wondering if a 00w solar panel could work for a few 3w dc lights....do i need a battery so they run at night, if so how many lights do u think i can run/ also i see elading solar light: 3 w for 2 hours/night is 36 watt hours. You'll get about 500 watt hours/day from your panel on the average, which for a 2 volt battery is about 40 ampere hours. You can get an 80 amp-hour sealed gel cell battery to charge with this panel (with a suitable charge controller). You want to size your lights so the battery can provide three days of light without discharging it more than 50%, so that's abnout 600 watt-hours/3/36 = about 4 orf 5 lights. Cost for this system woulkd be over $500. The advantage of the self contained light is they use a lithium or nickel battery rather than a lead acid, so it can run totally dead without damage (unmlike a sealed lead-acid battery). That would be a far cheaper way to go. DK

Q: Given that I am going to purchase a solar panel to charge my cell phones and other gadgets, I would like to know what the ammount of power produced by a 6 Watt solar panel is under regular circumstances. (IE partial sun, full sun, cloudy): That site tells you somewhat about the cost of solar panels and their MAXIMUM output. Now some who have these panels claim output, in daily terms, 8 times as great as maximum output, which says they are counting on 8 hours of effective sunlight. In California Desert that is sound. You will discover that Ontario Power grid is planning for 3 hours to 4 hours of maximum output . Based on that 3 to 4 hours of maximum output, it would take close to 20 years to recover your cost at the price Ontario pays for solar power. The deal locks you in so that you can not get more money as electricity prices go up, and do not lose if electricity prices go down over that 20 years.

Q: I had an idea for new parabolic solar panels shaped like horseshoes. They can install them outside buildings facing the equator. They could angle them from the ground based on how many degrees latitude the location and rotate them according to seasonal changes. The disadvantage of photovoltaic panels is that they are not all capable of receiving direct sunlight. That is the quintessential reason I believe horseshoe solar panels are more effective than flat rectangular ones. One side could function in the morning; the middle could perform at midday; and the other could operate during the evening. That method seems more sensible than hourly positioning. I'm certain horseshoe panels could save and produce more electricity. A football stadium, shopping mall, or outlet center would be a fantastic place. What do you think?: Sounds like you are thinking which is excellent. Now do a controlled experiment. Using a prototype of your receiver and measure it against existing technology. You could do a computerized mock up.

Q: Can solar panels be used for powering remote monitoring systems?: Yes, solar panels can be used to power remote monitoring systems. Solar panels capture sunlight and convert it into electricity, which can then be used to power various devices and systems, including remote monitoring systems. This makes solar panels an environmentally friendly and cost-effective solution for powering such systems in remote locations where access to the electrical grid may be limited or non-existent.

Q: Can solar panels be used in areas with high levels of volcanic activity?: Yes, solar panels can be used in areas with high levels of volcanic activity. While volcanic activity may pose certain challenges such as ash emissions or occasional cloud cover, solar panels can still generate electricity during periods of low activity. Additionally, solar panels can be designed and installed to withstand harsh environmental conditions, including volcanic ash deposition, ensuring their long-term functionality.

Q: Can solar panels be used to power an entire office building?: Yes, solar panels can be used to power an entire office building. By installing a sufficient number of solar panels on the roof or in a separate solar farm, it is possible to generate enough electricity to meet the energy demands of an office building. Additionally, advancements in solar panel technology and energy storage systems make it more feasible to rely solely on solar power for an office building's energy needs.

Q: Can solar panels be used for large-scale power generation?: Yes, solar panels can be used for large-scale power generation. Large arrays of solar panels, known as solar farms or solar parks, can be installed to generate electricity on a larger scale. These solar farms can cover vast areas of land and produce significant amounts of power, which can be used to meet the energy demands of industries, communities, and even entire cities. Additionally, advancements in solar technology and the decreasing cost of solar panels have made large-scale solar power generation more economically viable and increasingly popular worldwide.

Q: I'm very interested in how solar panels work. I understand the bigger picture of how it can be used for solar heating or as a generator, but I'm lost at the smaller details. Things like: - Could my computer work on solar? It has a 900 watt power supply (this is excluding monitor/speakers) - if a panel is for example, a 60 watt panel, does this mean it will pump 60 watts a second into a battery? - Does solar heating make the water electrified?: If you do decide to install your own system, get the current set of electrical code books so you know how to install the system in a manner that will pass the code requirements, which is required if you wish to have or keep insurance on the house and contents. Solar is not the complete answer in many places, in some places wind and solar together provide adequate power- but many municipalities do not permit wind turbines, and in some instances for good reason- some experimenters use the blade materials, like PVC which can break rather easily and be quite lethal. You tube has a number of blade failure vids.

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