200w Monocrystalline Solar Module Parallel Wiring Solar Power System

200w Monocrystalline Solar Module Parallel Wiring Solar Power System System 1

200w Monocrystalline Solar Module Parallel Wiring Solar Power System

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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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Specification

Material:

Monocrystalline Silicon

Max. Power(W):

200

Number of Cells(pieces):

Product Description

200W Monocrystaline Solar Module Solar Power System

Specifications for solar panel system:

Type of cell	Mono
Max. power (Wp)	200W
Max. power voltage (V)	37V
Max. power current (A)	5.5A
Open circuit voltage (V)	44.6V
Short circuit current (A)	6A
Number of cells (Pcs)	72
Size of module (mm)	158080835mm
Max. system voltage (V)	1000
Temperature coefficients of Isc (%)	+ 0.1/ °C
Temperature coefficients of Voc (%)	-0.38/ °C
Temperature coefficients of Pm (%)	-0.47/ °C
Tolerance Wattage (e.g. +/-3%)	+/-3%
Surface Max. Load Capacity	60m/s(200kg/sq.m)
Weight per piece (kg)	16kg
Junction Box Type	4m, length 1000MM,TUV
Connectors and Cables Type	Type MC4
Output Cables (mm)	φ=4mm², L=900mm
Cell Efficiency (%)	≥18.6%
Output tolerance (%)	+/-3%
Frame (Material, Corners, etc.)	Aluminum
Front Glass	3.2mm high transmission, Low Iron, Tempered Glass
Warranty	10Years products warranty and 25 years 80% of power
Standard Test Conditions	AM1.5 1000mW/cm2 25°C
FF (%)	72%
Operating temperature ºC	-40 ºC ~+85 ºC
OEM	Available

Packaging for solar panel system:

2pcs/carton, 310pcs/20GP or custom

Advantages for solar panel system:

1.Long Service Life can reach more than 25 years
2.High Efficiency Solar Cells
3.Special Aluminum Frame Design,
4.High Transmission, Low Iron Tempered Glass
5.Advanced Cell Encapsulation.
6. Fast delivery.

Solar Panel System Application:

1. Solar power station, field operation some huge engineer construction;
2. Living house and home building;
3. Office building, factory and warehouse;
4. other industrial and commercial applications.

Q: I have two solar panels that were going to be trashed at work. I want to use them to charge batteries on my RV but i noticed they put out around 20 volts in direct sunlight. So i am wondering: -isn't this way too much voltage for a 2 volt system? -do a need some sort of a regulator connected to keep them from overcharging?: a million. confirm you get carry of the suitable form of battery that permit to can charge from the image voltaic panel. 2. confirm you utilize a gadget which I forgot the call in spite of the fact that it's going to make confident the can charge pass one way in case the sunshine pass out so won't drain the battery at the same time because it somewhat is hook up. 3. confirm you get carry of the suitable can charge from the image voltaic panel to can charge the battery. reason is easyier to swim down the river or is it basic to swim up river.

Q: Can solar panels be installed on a house with a flat roof?: Yes, solar panels can be installed on a house with a flat roof.

Q: How do solar panels impact the aesthetics of a building?: Solar panels can impact the aesthetics of a building in both positive and negative ways. On one hand, when designed and installed properly, solar panels can enhance the overall appearance of a building by giving it a modern and eco-friendly look. Additionally, the sleek and reflective surface of solar panels can add a visually appealing element to the design. On the other hand, some people may find the presence of solar panels on a building to be visually unappealing, especially if they disrupt the architectural harmony or contrast with the surrounding environment. Ultimately, the impact of solar panels on a building's aesthetics is subjective and depends on individual preferences and the integration of the panels into the overall design.

Q: I am researching several solar panels to install in my house. I would like to use a 40 watt panel to connect, through a solar battery controller, to a battery or two. I would then like to use the solar panel (40 watts) to charge the battery(ies) for emergency use. Once charged, and when needed, I would like to use the battery(ies), 2 volt deep cycle, to power several LED lamps. Since I am new to solar power I had several questions...Is a 40 watt panel strong/large enough to charge a 2 volt deep cycle battery or two?How long would it take to charge one of these batteries?What would be the expected cost to purchase necessary supplies? (With the solar panel, battery controller, and MC4 cabling I've found I have an expected cost of roughly $00.00 with batteries)Would this be difficult for someone with little experience in this field?: Whats the size of battery ? The time needed for your 40Watts panel to fully charge a battery depends on the size of battery. Usually battery size is mentioned in Amp-Hours (AH).

Q: Are there any free classes to learn about solar energy and building a solar panel: Energy okorder /

Q: If a solar panel (using 36 3x6 solar cells) puts out 60 watts, how many panels would I need (for a house) if I use a max of 2300 kWh in a month? I checked my electric usage for the past 2 years and the kWh is usually lower but I wanted to use the most kWh used (2300) for my question. Thanks!: How image voltaic Cells artwork by employing Scott Aldous interior this text a million. creation to How image voltaic Cells artwork 2. Photovoltaic Cells: changing Photons to Electrons 3. How Silicon Makes a image voltaic cellular 4. Anatomy of a image voltaic cellular 5. capability Loss in a image voltaic cellular 6. image voltaic-powering a house 7. fixing image voltaic-skill subject concerns 8. image voltaic-skill execs and Cons 9. plenty extra counsel 0. See all actual technology articles you have in all threat seen calculators that have image voltaic cells -- calculators that for the time of no way want batteries, and infrequently do not even have an off button. as long as you have sufficient gentle, they seem to artwork constantly. you have gotten seen larger image voltaic panels -- on emergency highway warning signs or call bins, on buoys, even in parking plenty to skill lighting fixtures. in spite of the actuality that those larger panels are not as issue-unfastened as image voltaic powered calculators, they are accessible, and not that perplexing to become attentive to in case you already know the place to look. There are image voltaic cellular arrays on satellites, the place they are used to skill the electrical powered systems. you have in all threat additionally been listening to with regard to the image voltaic revolution for the final 20 years -- the theory that sometime we are able to all use unfastened electrical energy from the solar. this could be a seductive promise: On a vibrant, sunny day, the solar shines approximately a million,000 watts of capability in keeping with sq. meter of the planet's floor, and if we could desire to hold at the same time all of that capability we could desire to truthfully skill our residences and workplaces for unfastened.

Q: I hooked up a 2V solar panel to a small relay. The relay switches at 9V. When I have light shining on the panel it puts out aorund 3-4V, but when I hook it up directly to the relay it drops to V and doesn't switch the relay. Why? and How do I fix it?-2V Mono-Crystalline Solar Panel -JWD 7 4 reed relay: Your solar panel output too little current that cannot be used to power the relay. Change the panel into 2V 500mA type shall work.

Q: Was looking at 0w solar panel kit. Does this mean, all I can use is something like a 0W CFL light bulb and nothing else?: No. The way to set it up is to store the power generated by the solar panel in a battery, then use the battery to power your lights, radio, etc, when you need the power. A standard deep-cycle marine battery is typical for panels of this size (WalMart for approx $90). A 0W panel will generate between 30 50 Watt-Hours of power over the course of a day (May-Aug weather-dependent), so this would equate to running a laptop for -2 hours, or a 0W CFL light for 3-5 hours, or a 20W stereo for .5-3 hours, etc. I find it is much easier to speak in terms of watts. Divide the watt-hours by the watts of the appliance to get the number of hours it can run. Hope that helps!