150w TUV/CE Approved Poly-Crystalline Solar Panels in New Mexico

150w TUV/CE Approved Poly-Crystalline Solar Panels in New Mexico System 1

150w TUV/CE Approved Poly-Crystalline Solar Panels in New Mexico

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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

150W TUV/CE Approved Poly-Crystalline Solar Panel

150W TUV/CE Approved Poly-Crystalline Solar Panel
Features:
High conversion efficiency
Low power tolerance of 0~+3%
Low degradation under light exposure
Ability to withstand high wind-pressure, snow load and extreme temperature
Passing IEC 61215 5400Pa mechanical load test

Quality and Safety:
10-year warranty on product materials and processing technology
Power output warranty: 10 years: 90%, 25 years: 80%
ISO 9001: 2008(Quality Management System) certified factory
IEC61215, IEC61730, MCS CEC certified products
TUV, CE conformity

Applications
On-grid residential roof-tops
On-grid commercial/industrial roof-tops
Solar power plants
Off-grid system
Other on-grid applications

Specifications

Peak Power(Pmax)		150.00
Maximum Power Voltage(Vmp)		18.61
Maximum Power Current(Imp)		8.10
Open Circuit Voltage(Voc)		22.19
Short Circuit Current(Isc)		8.62
Module Efficiency()		15.12
Maximum System Voltage(V)		1000
Maximum Series Fuse Rating(A)		15
Power Tolerance		0~+3
Pmax Temperature Coefficients(W/ºC)		-0.450
Voc Temperature Coefficients(V/ºC)		-0.350
Isc Temperature Coefficients(A/ºC)		+0.040
NOCT Nominal Operating Cell Temperature(ºC)		47±2
Operating and Storage Temperature(ºC)		-40~+85
Standard Test Condition(STC)		1.000W/;AM 1.5;25+/-2ºC

Mechanical characteristics & Packing

Cell Type	Poly-crystalline 156×156mm
No. of Cells	36(4×9)
Dimensions	1485×668×35mm
Weight	11.60kgs
Front Glass	3.2mm high transmission,low iron,tempered glass
Frame	Anodized Aluminium Alloy
Junction box	IP65 Rated
Output cables	4.0mm² Length 90mm, MC4 connector
1x20'	14pallets/354pcs
1x40'HQ	30pallets/890pcs

Q: How much energy can be generated from a solar panel on a clear, bright summer's day for example?: it depends on the size of the panel and if it is installed in an optimal location. there are many 00W panels commercially available and they can be ganged for a number of different output configurations.

Q: I have seen DIY software which explains everything for novices. Specifically, how to build your own solar panels and tie them into your home electrical system for about $00 in parts.Has anyone tried doing this? Was it easy?: Your location could effect this answer significantly.If you are in an area that requires considerable amounts of heating,and you are looking to save some money with a homemade project,try solar-thermal.S-T is easy and cheap ,can be built from common scrapyard materials,and will give you a great knowledge gateway . The orientation and tracking skills you will learn can be used later with PVs if you choose,or you can make better concentrators for the solar-thermal and build yourself a sterling or rankin cycle engine to generate electricity.If u need heat,or even hot water, u can start saving the money u put into the system immediately. Concentrated PV is here and now ,but, in a year or 2 it will be cheap and readily available and thats when PV will start to approach the efficiency of solar-thermal.there a great sites and groups on just S-T out there ,join 'em,check 'em out,read the free info from those who have built working systems,and you will probably find a more useful method of saving money and the planet at the same time.Just remember to approach it as a hobby/learning experience at first.Start with solar-thermal....theres a reason the anti-greenies point at the ROIs on PVs,great arguement against alt energy,but over the last 30 years I've shut up quite a few skeptics with my solar-thermal projects ,esp. when coupled with geothermal...have fun,make a local scrapyard owner/worker ur freind..................GEOD

Q: i dont wanna buy a solar panel becuase its too exspensive, i dont want use technical stuff i want to use every day materiels, but i need to know asap plzzzz.: Solar panel is a sheet of highly expensive, purest Silicon manufactured in a factory of exceptional killingly stringent specifications. You can't do that as a cottage industry, at least the material.

Q: I recently got into solar panels, I have little background in electronics but I have done a little electrical work in the past and just want to make a small 36 cell panel to power a 2v battery that would run my a small tv (9 inch) and PS3 for a few hours every night. I have been looking up on how to do it before I get in over my head and I have a few questions.... After you solder all of the cells together then what? Do you hook all of the rows of cells together somehow? Can you connect them straight to a battery? After you hook to the battery do you hook up a power inverter to get the 2 AC plugs that would be needed? Thanks in advance for any help....: I'll add a few comments to Teelo's It may not be good to connect the assembled solar cells directly to the battery. When there is no sun I think it will drain the battery. I'm pretty sure all circuits I have seen have a reverse polarity diode in series. (unless Teelo knows for sure). Hmmm Reminds me that I have some bare solar cell elements from when Motorola was making them. I used some to power a small radio controlled car. I do know that all good applications have a regulator to make sure the charging is done properly

Q: I am working on a project and I have to build a house with solar panels. My teacher asked me how would I get solar energy if it is rainy or cloudy? I looked it up but didn't understand. Please help me!!: Build okorder /

Q: I need help?!!: It needs some battery banks in order to store the energy that will be useful during nighttime if less energy is stored in the batteries due to poor weather condition the effectivity of it is minimized. It has some limitations like you need more batteries in parralell to store more energy from solar cells, and it needs to be fully recharge the next day after it is discharged at night.

Q: Can solar panels be used in areas with high levels of wind-blown debris?: Yes, solar panels can be used in areas with high levels of wind-blown debris. However, it is important to choose durable and robust solar panels designed to withstand such conditions. Regular cleaning and maintenance might be required to ensure optimal performance and longevity in these environments.

Q: How efficient are solar panels when it comes to turning light into energy? If it's not 00%, why? Can it be improved? Also, how do solar panels work, exactly.: Solar panel refers to a panel designed to absorb sunlight as a source of energy for generating electicity or heating.solar module use sunlight to generate electicity through photovoltaic effect.The efficiency of solar panel is 5-8%,there are a few solar panels available that exceed 9% efficiency.

Q: Can solar panels be installed on a streetlight?: Yes, solar panels can be installed on a streetlight. This allows the streetlight to be powered by solar energy, reducing the reliance on traditional electricity sources and making it more sustainable.

Q: Can solar panels be damaged by hail or strong winds?: Yes, solar panels can be damaged by hail or strong winds. Hailstones can cause cracks or fractures in the glass surface of the panels, affecting their efficiency. Additionally, strong winds can potentially dislodge or break the panels if they are not properly installed or secured.

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