Ibc High Quality Solar Module for Asg110 Series

Ibc High Quality Solar Module for Asg110 Series System 1

Ibc High Quality Solar Module for Asg110 Series

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 25 pc

Supply Capability:: 10000 pc/month

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2. Standard Test Conditions of Solar Module for ASG110 Silicon Solar Panel:

STC: Iirradiance of 100mW/cm2, AM1.5 Spectrum, and cell temperature of 25℃ (77℉).

NOCT: The estimated temperature of a solar PV module when it is operating under 800 W/m2 irradiance, 20℃ ambient temperature and a wind speed of 1 meter per second)

Maximum power may vary by ±5%, and other electrical data may vary by ±10%.

50Hz Full Sine Wave，1 cycle, Non-repetitive

Installation Specifications

Maximum System Voltage 600 V

Module operating temperature ﹣40°C to +85°C

Temperature Coefficients

Open Circuit Voltage -0.33 %/ ℃

Short Circuit Current 0.09 %/ ℃

Maximum Power -0.20 %/ ℃

Voltage at Maximum Power -0.32 %/ ℃

Current at Maximum Power 0.14 %/ ℃

3. Solar Panel Images

High Quality Solar Module for ASG110 Series

4. Solar Module for ASF110W Silicon Solar Panel Specification

Size(L×W×T)	1,400×1,100×6.8 mm
Weight	25.5 Kg
IP Rating	IP65
Connector	MC4
Cable Length	1000 mm
Cable Size	2.5 mm²
Number of diodes	1

Electrical Specifications
Maximum power (Pmax at STC)	110 W
Maximum power voltage (Vpm at STC)	77 V
Maximum power current (Ipm at STC)	1.42 A
Open circuit voltage (Voc at STC)	99 V
Short circuit current (Isc at STC)	1.65 A
Diode average rectified output current (Io)	10 A﹡

5.FAQ

We have organized several common questions for our clients，may help you sincerely：

①How about your company？

Hangzhou tianyu light co., LTD. (AmpleSun) is a professional engaged in amorphous silicon and microcrystalline silicon thin film solar cell components
Internationalization of research and development, production, sale and service of high-tech enterprises, is a good example of the emerging industries.The company was founded in early 2008, the project total investment 2.2 billion yuan, a total of the four production lines.
The thin film solar cell production line with annual capacity of 25 mw, has been built 40000 square meters of modern factory and production, the world's leading production line imported from Japan, has a high production efficiency and automation
Degree.By the end of 2011, as the production process from the amorphous silicon to the upgrading of microcrystalline silicon, the four lines of output will increase to 120 mw.

②How to guarantee the quality of the products？

Tianyu light first-class production facilities and raw materials, the internationalization of r&d and design team,
Efficient management model is to provide quality and reliable solar photovoltaic products and energy systems solutions,
In order to meet the growing global demand for energy.

Q: I want to know how you can store energy using a solar panel. The energy stored needs to be stored so that a light or laptop charger can plug in to it.: probably a deep discharge lead calcium batteries, with a switching regulator cycloconverter or cycloinverter output to match the current and voltage requirements of the operated device.

Q: Can solar panels be integrated into windows?: Yes, solar panels can indeed be integrated into windows. These specialized solar panels are called solar windows or photovoltaic windows. They are designed to function as both windows and solar panels, allowing them to generate electricity while still maintaining their transparency for natural light to pass through.

Q: How much space is required for solar panel installation?: The amount of space required for solar panel installation varies depending on factors such as the size and type of panels used, as well as the energy needs of the property. On average, a residential solar panel system typically requires about 100-400 square feet of roof space per kilowatt of installed solar capacity. Additionally, ground-mounted systems may require larger areas, typically ranging from a few hundred to several thousand square feet depending on the system size. However, it is important to consult with a professional solar installer to determine the specific space requirements for your individual project.

Q: im making an energy efficiant house for science class and i need to price the house. im putting solar pannels on the roof and would u please tell me how much they are per like 2 sq. feet of a pannel?: You are way out of your depth if your report for science class is supposed to be knowledgable. First of all, Solar panels alone will NOT be enough to charge the battery bank, which you don't even mention in your quesiton. Secondly, the only way to have a usable 2 VDC system is to use a wind generator to keep the batteries charged to capacity and, as a plus, they will work at night. A 65 Watt ARCO Solar Panel is about $300 and you need to figure your power by the Wattage Rading for the particular panels . You also need to add in the cost of a 2VDC to 0VAC invertor, monitoring panels etc.... AND... just how big is the ROOF of the house you are planning to use.? This is an area of involved study and it's a bit more than what you are imagining for your high school science class report.

Q: I am looking to wire in some solar panels into my home. I already have plenty of wiring, and some solar panels around. I just need to know what I need to do to wire them into my home so I can lower my electric bill. This past month it was six hundred dollars.Can someone direct me to some information, or tell me how without telling me to hire some guy to come out to charge me thirty thousand dollars to install two or three thousand dollars worth of equipment?: You okorder / If you are planing to build an off grid system or a grid tie system, it should be wired by an electrician. At the lest by someone that knows what they are doing. If it is a grid tie system you will need the local building inspector to sign the paper work before the public utility will allow you to hook in. To get the inspector to sign off you have to get a permit which requires a lic. electrician.

Q: I have to show in a project (a model house) how Solar Panels work. In my model I want to show Solar Panels creating electricity to power a T.V but I need to show how the power gets from the Solar Panels to the T.V. A diagram would be really helpful. Please try and make this as simple as possible as I'm only 3, but try and be specific as well!: A solar panel is a device that collects and converts solar energy into electricity or heat. It transfers energy from the sun into electricity or heat which can be used by (for example) nearby buildings. Solar panels can be made so that the sun's energy excites the atoms in a silicon layer between two protector panels. The atoms split up and the electrons travel down wires into the home for electricity. Solar panels were in use over one hundred years ago for hot water heating in homes. Solar panels can also be made with a specially shaped mirror that concentrates light onto a tube of oil. The oil then heats up, and travels through a vat of water, instantly boiling it. The steam created turns a turbine for power. []

Q: I need a list of worldwide solar panel manufactures from china, US, Spain, Germany, Japan etc...Can any one direct ne to such place?I rather it will also contain comparison of parameters like efficiacy, quality etc and to be divedied by country of manufacturing.Thank you: Actually Ofir, it is much easier and less expensive than you might believe. What you need is a magazine, like, Solar Today. There is only one that I am familiar with that gets into the nuts and bolts of solar panel manufacturers, installation, and other types of renewable energy. It's called, Home Power Magazine. We have a home that has been powered by the wind and sun for the last 0 years or so, and most of our initial information came from Home Power, and afterward, from many of the sources that they have in their articles. Every few issures, they take an item connected to renewable energy, such as an inverter, wind turbine, water turbine, or solar panel, and list all the different models that are available. They are broken down by manufacturer, and include specifications like power output, range of voltages, efficiency, materials, and even where they are manufactured. If you subscribe online for one year, the cost is around $25 USD, you will have access to all the previous issues that are archived on their website. You can use their search engine to locate an article listing all the solar panels, they did one a year or so ago with all the information you are looking for. Despite what you might be hearing, solar power usage is growing at an incredible rate. In the US alone, there are over 00,000 homes and businesses operating some level of solar power right now, that's good news. As far as different countries using different requirements, most all of the manufacturers today are selling their products to most countries worldwide, they are designed to meet requirements for almost anyplace you might use them. Check the magazine out today, you might learn more than you were originally looking for. I will include their link below, and some other good sources for information. You can google any one of them to find their website. Good luck, and take care...Rudydoo

Q: Interested in buying solar panels to save on electric bill.Any government help plans?: I don't believe that there is any help yet.

Q: Can solar panels be installed on a museum or cultural institution?: Yes, solar panels can be installed on a museum or cultural institution. Many museums and cultural institutions have embraced solar energy as a sustainable and environmentally-friendly solution for their energy needs. Installing solar panels not only helps reduce their carbon footprint but also saves on electricity costs in the long run.

Q: Can solar panels be installed on drones?: Yes, solar panels can be installed on drones. They can be used to harness solar energy and power the drone's onboard systems, increasing flight time and reducing reliance on traditional battery power. This technology is being explored for various applications, including surveillance, delivery services, and environmental monitoring.

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