2016 150W Off-Grid Polycrystlline Solar Panel with High Efficiency

2016 150W Off-Grid Polycrystlline Solar Panel with High Efficiency System 1

2016 150W Off-Grid Polycrystlline Solar Panel with High Efficiency

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 1000 watt

Supply Capability:: 10000000 watt/month

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Product Description

Key Specifications/Special Features

Maximum power: 150Wp
Maximum working voltage: 17.3V
Maximum working current: 8.67A
Open circuit voltage: 42.84V
Short-circuit current: 21.6A
Battery efficiency: 15%
Cell number: 72pcs (6 x 12mm)
Cell dimensions: 125 x 125mm
Solar panel dimensions: 670*1480*35mm
Maximum system voltage: 1,000V
Operating temperature: -40 to 85°C
Surface maximum loading capacity: (surface can withstand the maximum pressure) 60m/s (200kg/sq.m)
Allowable hail load (hail stress testing) steel ball fall down from 1m height
Weight of each solar panel: 16kg
Connection box type: PV-JB001 (TUV)
Cable type: with TUV mark
Cable length: 900mm ,also can according the customer's requirement to product
Output power tolerance: ± 3%
Frame material: aluminum
Standard test conditions (STC): 1,000W/m² AM1.525°C
10 years product warranty and 25 years 80% of power
Fill factor: e 72%
20-foot container quantity: 37pcs
40-foot container quantity: 700pcs

2015 150W off-Grid Polycrystlline Solar Panel with High Efficiency

Cell type	Poly-crystalline silicon solar cell
Size	678048035mm
Weight	14.3 kg
Solar cell type	156*156 mm
Number of cell (pcs)	4*9 PCS
Maximum Power	150 Wp
Mctual measurement results	86.4 Wp
Optimum operating voltage	17.3 V
Optimum operating current	8.67 A
Open ciruit voltage	21.6V
Short circuit current	9.69 A
Power Tolerance	1%-3%
Backing	TPT
Tempering glass thickness	3.2 mm
Frame Material	Clear anodized aluminium frame
Operating temperature	-40 C+85 C
Storage temperature	from-40 C~+85 C
Maximum wind resistance	60m/s
Surface maximum load capacity	200Kg/M2
Maximum hail load capacity	25mm, 80km/h
Efficiency of panel	14.50%

Other Modules:

Electrical Data					Module Size	Weight	Number of cells series
Nominal Pwer	Max-Power	Max-Power	Open-Circuit	Short-Circuit
Nominal Pwer	Voltage	Current	Voltage	Current
Pmax	VMPP	IMPP	VOC	ISC
W	V	A	V	A	mm	Kg	pc
10	17.2	0.58	21.6	1.31	34025417	1.2	36
20	17.2	1.16	21.6	1.93	34046025	1.8	36
30	17.3	1.73	21.6	1.83	35067030	3	36
40	17.3	2.13	21.6	2.45	46067030	3.5	36
50	17.3	2.89	21.6	3.06	56067030	4.5	36
60	17.3	3.47	21.6	3.68	67067030	5.3	36
70	17.2	4.05	21.6	4.29	75867030	6	36
80	17.3	4.62	21.6	4.90	75867030	6.5	36
90	17.2	5.23	21.6	5.81	93567030	6.7	36
100	17.2	5.8	21.6	6.46	93567030	6.7	36
110	17.2	6.4	21.6	7.08	106167035	8	36
120	17.2	6.98	21.6	7.72	116167035	8.6	36
130	17.2	7.56	21.6	8.4	127767035	9.8	36
140	17.2	4	21.6	4.4	148067035	10.9	36
150	17.2	4.17	21.6	4.58	148067035	10.9	36
160	34.4	4.65	43.2	5.17	148067035	10.9	72
170	34.4	4.94	43.2	5.49	117298335	11.7	72
180	34.4	5.23	43.2	5.81	117298335	11.7	72
190	34.4	5.52	43.2	6.14	126098335	14.6	72
200	34.4	5.81	43.2	6.5	126098335	14.6	72
210	34.4	6.1	43.2	6.85	148898335	14.6	72
220	34.4	6.4	43.2	7.08	148898335	15.2	72

Q:So I reckon it's time to install some of these bad boys. it's come to point where electricity providers are charging such extortionate amounts that I can definitely see these reaping huge rewards before long. (Okay I might be exaggerating a little - they are pretty costly themselves).The problem is I've read around that they're only fitted to south facing houses? Why so? Why can't they be installed on the rear side of the roof - the side facing the garden? My house is facing north, so the front door leads north. Could I have solar panels installed on the back? (That's basically my question, with a bit of a rant too lol).Cheers.: You want the panels facing south because that is where they would get the most sunlight throughout the day. If your front door is facing north, then the back of your house would be facing south, right? So put them up in the back where they are facing south...haha wtf..

Q:Can solar panels be used for powering a museum or cultural institution?: Yes, solar panels can certainly be used to power a museum or cultural institution. Solar panels are a sustainable and renewable energy source that can generate electricity by converting sunlight into usable power. By installing solar panels on the rooftops or surrounding areas of a museum or cultural institution, it is possible to produce clean energy that can be used to power the building's lighting, heating, cooling systems, and other electrical needs. This not only reduces the institution's carbon footprint but also helps save on energy costs in the long run. Additionally, solar panels can serve as a visible symbol of the institution's commitment to environmental sustainability, inspiring visitors and the community to embrace renewable energy solutions.

Q:solar panels!!they are fantastic! cause they are the new way of quot;chargingyour home, without killing the earth!would you install them, or not? and make sure you say WHY: I believe the best economy comes out when a completely green house is built. Solar panels are expensive, and I'll rather use some of the investments to build different back-up systems, instead of bying solar panels for it all. If I build another house, my fancy stuff would be the green stuff. The house will have a water radiator heating system and a heat pump to circulate warm or cold air in the house. Heat pump also used to heat water for heating system. I'll use solar panels to make enough electric power . charging a deep cycle battery pack for back up power, 2. to power heat pump, fridges., freezers, and water pumps, when I'm not home at the house. When I'm home I'll run a bio-fueled(bio-waste and pellets or firewood) powered steam engine with a 0KW 0-220V generator when I need electric stove and oven, dishwasher and laundry appliances. I'll use a wood stove, BBQ and oven on the porch for summer cooking. I'll use excessive heat from steam engine for heating water tank. I'll also have an bio-fueled (waste and pellets or firewood) water heater for winter heating back-up. Of course I'll make sure I'm connected to the electric grid, so I can get credit from power company for the excessive electricity that will occasionally come out from solar panels. Steam engine can be replaced by diesel powered 0KW generator, if it's possible to fuel it with veg-oil home made diesel fuel. Depends whats most accessible at my living site.

Q:I would like to know how much a solar panel would cost for a wingspan of 208 ft for a plane: That okorder /

Q:Can solar panels be installed on swimming pools?: Yes, solar panels can be installed on swimming pools. Solar panels can help to power pool pumps, heaters, and other equipment, reducing energy costs and making pools more energy-efficient.

Q:How are solar panels installed?: Solar panels are typically installed on rooftops or open ground areas. First, the area is assessed for its solar potential. Then, mounting structures are installed securely on the roof or ground. Next, solar panels are attached to these structures and wired together in a series or parallel configuration. Finally, the panels are connected to an inverter that converts the DC electricity generated by the panels into AC electricity for use in homes or businesses.

Q:Can solar panels be used in apartments or condominiums?: Yes, solar panels can be used in apartments or condominiums. However, the installation process may vary depending on the specific building structure and ownership arrangements. In some cases, individual units can have their own solar panels installed, while in others, a shared or community solar system may be implemented to provide renewable energy to the entire building.

Q:where to find used solar panels?: Used Solar Panels R Us

Q:In some countries where electric generation is low, they are not available easily.: Supply and demand, my friend.

Q:Can solar panels be used in areas with high levels of dust or sandstorms?: Yes, solar panels can be used in areas with high levels of dust or sandstorms. However, frequent and heavy exposure to dust or sand can reduce their efficiency over time. Regular cleaning and maintenance are necessary to ensure optimal performance in such areas. Additionally, advanced solar panel designs and coatings are being developed to mitigate the impact of dust and sand accumulation, making them more suitable for use in these challenging environments.

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