• High Power 230W/30V Poly Solar Panel for Sale System 1
  • High Power 230W/30V Poly Solar Panel for Sale System 2
  • High Power 230W/30V Poly Solar Panel for Sale System 3
High Power 230W/30V Poly Solar Panel for Sale

High Power 230W/30V Poly Solar Panel for Sale

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
100 watt
Supply Capability:
10000 watt/month

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Item specifice

Material:
Polycrystalline Silicon
Max. Power(W):
230
Number of Cells(pieces):
60


High Power 230W/30V Poly Solar Panel for Sale

Quality Ensurance:
1. Excellent backsheet from SFC, 3M;
2. Junction box with UL and TUV listed - GZX, IP65;
3. High transmission low iron tempered glass from Xinyi Glass - China Top 1;
4. Solar panels with TUV, CE, ISO9001 certified.
Under Standard Test Conditions(STC): Irradiance of 1000W/m2, Am1.5 and 25º C cell temperature
Operating Temperature: -40 ~ +85° C
Storage Temperature: -40 ~ +85° C

Mechanical Characteristics:
Dimensions: 1665mm(L) x 991mm(W) x 50mm(H)
Weight: 19.8KG
Polycrystalline 156*156 solar cells: 60 cells

Module Warranty:
Warranty on material and workmanship: 5 years
Guaranteed output of 90% after 10 years and 80% after 25 years.

Performance
Rated Power[Pmax]230W
Power Tolerance± 3%
Nominal Voltage30V
Design Life25 years
Electrical Characteristics
Maximum Power            [Pmax]230W± 3%
Maximum Power Voltage [Vmp]30.29V± 3%
Maximum Power Current [Imp]7.59A± 3%
Short-Circuit Current       [Isc]8.19A± 3%
Open-Circuit Voltage       [Voc]36.53V± 3%
Current Temperature Coefficient0.08%/º C
Voltage Temperature Coefficient- 0.32%/º C
Power Temperature Coefficient-0.38%/º C
Maximum System Voltage1000V


Q:Our school is in the process of being built, but they have no plans to include any environmental benefits. I was wondering how to get a grant for solar panels (at least) or who I can talk to in order to get a grant.
I do not want to argue over the pay back period for solar panels but from the information I have been gathering, payback could be from 5-5 years, not 40. I guess it depends on the amount of sun that each panel will recieve, so maybe both could be partially correct. Another item to be aware of is that while the cost of your panels and the electricity generated by them will remain stable or decrease significantly for 25 years, the cost of your other energy sources will generally be increasing , perhaps very significantly. Since your school is being built now, it will need a roof. There are photovoltaic shingles for this. Look into it yourself. Do a google search for google green and see what they are doing already. Present this information to your PTA and any other organization who might have influence. This is really a time for your generation to step up and stop listening to nay sayers. Think for yourself, study, research it and broadcast everything you learn to others.
Q:Can solar panels be used during a power outage?
No, solar panels cannot be used during a power outage unless there is a battery backup system in place.
Q:Why can not the solar panel load directly?
Solar panels because of low power, and the output voltage is extremely unstable, not suitable for load.
Q:Can solar panels be used in areas with high pollution?
Yes, solar panels can be used in areas with high pollution. While pollution can reduce the efficiency of solar panels to some extent by blocking sunlight, they can still generate electricity. However, regular maintenance and cleaning of the panels may be required to ensure optimal performance. Additionally, the use of advanced technologies and designs can help mitigate the effects of pollution on solar panel efficiency.
Q:Since plants have been populating this earth for the past 475 million years I think they have evolved to gain the most sun with their greenery. If scientists used heat sensors to find the hot spots of trees and trim all of the leaves that don't quot;providefor the plant, then maybe that trimmed tree could be used to become a solar quot;panelquot;. I believe that each individual leaf could be replaced by a small solar panel and the wood of the tree would be wiring that would root all of the solar panels to a generator.
From the vantage point of a scientist and an engineer, you have a whole host of problems to overcome. The mass of solar cells cannot be supported by most leaves much less allow the leaves to turn toward the sun as they naturally do. The wood and other structures of a tree are terrible conductors and wouldn't serve as efficient power transmitters. There are issues of damaging the health of the tree by interrupting the process of photosynthesis in favor of solar energy collection, and many other issues. However, I can tell you that solar power does use several principals that you have observed in trees. For example, solar collectors are almost always oriented to face toward the sun. Many adjust with the time of day and seasons to be optimally oriented to collect the sun's rays. Much like leaves in many plants are not static but change position to optimize their angle to the sun. Also, many solar cells are now designed with a membrane structure which offer several advantages. So you see many of your observations have found their way into practical application in solar power production.
Q:I don't know anything about where to buy solar panels. I just want to save on the electric bills.
Simple answer. Anything you can power with your normal household electric can be powered by solar. So you know what a solar panel is: A solar panel is more then one solar module mounted on a frame to be installed as a single unit into a solar array. Next question is normally what is a solar module: A solar module is a bunch of solar cells mounted together with a clear front and a white backing. Solar is something that you install on your home so you don't have to rent electric power from the public utility. It has a large upfront cost but will pay it's self and you then own something. Like if you rent a home you end up with nothing but if you buy a home you pay a big upfront payment and in the end you own it and can sell it for a profit. Yes you can run your A/C unit from Solar Electric. As said above. Anything you can run from the pubilc utility can be ran from solar. If it is in your home and running from electric right now you can run it from solar.
Q:what is needed beside the panels and do you need an electrician to hook it up
The main components for a solar electric system are the panels, racks for mounting the panels, and inverter to convert the panel's DC power to AC, which can be pumped into the grid if necessary. There would also be various electrical supplies involved - wire, conduit, possibly a switch and/or circuit breaker. On the paperwork side, there's a building permit, permission from the power company to connect, and some inspections. Although it could be done by a homeowner, it's not a trivial project, and the best way to get it set up is to contract a professional solar installer. They all give free quotes, and can explain your various options when they visit.
Q:Can solar panels be installed on a historic building?
Yes, solar panels can be installed on a historic building with careful planning and consideration. It is important to ensure that the installation does not compromise the architectural integrity or aesthetic value of the building. Special mounting systems and design techniques can be used to minimize any visual impact. Additionally, local regulations and preservation guidelines may need to be followed.
Q:How could I find out what the amp output of a solar panel? Specifically, I want to know how many milliamps can the solar panel on a Casio fx-260 put out?
You need full sunshine from the sun, or a lamp that will give a light spectrum similar to the sun, a volt meter, Milli-amp meter, and a variable resistor of 0 to 000 ohms. The voltmeter test leads go across the solar cell leads. The amp meter leads will be in series with the solar cell. Let's say, positive lead of the solar cell to the the positive lead of the amp meter, the negative lead of the amp meter to one terminal of the variable resistor, and the wiper terminal of the variable resistor to the negative lead of the solar cell. Slowly decrease the value of the resistor until the voltage from the solar cell just begins to drop. Take note of the amp meter reading. This is about the high end range of the solar cell. You might want to begin with a micro-amp meter for the current meter.
Q:Which is more efficient at producing energy? Reference(s) would be nice, but not required.
Of course solar panels

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