best quality monocrystalline silicon panel from China for solar panels

Product Advantage

1,10Ys Products Warranty;25Ys Warranty on power output;PID Resistant;Positive tolerance 0/+5w guaranteed;
2,MBB The optimized umber and width of main gate lines,Maximize the light receiving area of components and Reduce component power consumption;
3,Designed for high voltage systems of up to 1500 VDC, increasing the string length of solar systems and saving on BoS costs;
4,Microcrack resistant Double glass structure enhance reliability, triple EL tested of high quality control;
5,Entire module certified to with stand extreme wind (2400 Pa) and snow loads (5400 Pa);
6,All the modules are sorted and packaged by amperage, reducing mismatch losses and maximizing system output.

Product Details

Solar Cell 1, Module efficiency up to 21% achieved through advanced cell technology and manufacturing capabilities 2, Color sorting ensure consistent apprearance on each module 3,High efficiency PV cells 4,High PID resistant

Solar Cell 1, Module efficiency up to 21% achieved through advanced cell technology and manufacturing capabilities 2, Color sorting ensure consistent apprearance on each module 3,High efficiency PV cells 4,High PID resistant
Frame 1,Silver or black frames are optional 2,Boost bearing capability and prolong service life 3,Serrated-clip design tensile strength
Glass 1,Antireflective glass 2,Translucency of normal luminance is increased by 2% 3,Self-cleasing function 4,Module efficiency is increased 2%
Junction Box 1,IP67 waterproof level 2,Quality diode ensures module running safety 3,Excellent heat dissipation performance 4,Long service life

Application Scope

solar panels is to charge batteries. Engineers can fit home solar electric systems with a battery backup system. Solar panels can then charge the battery during the day to provide a source of electricity at night. This is an important process as solar cells are unable to generate electricity at night when it’s dark. This same principle applies to solar garden lighting. During the day, solar lighting appliances can charge internal batteries. As a result, when the sun goes down, they will have enough electricity to power a light bulb in the dark.

Battery Charging

Application Scope

We can use solar panels to generate electricity. This process can take place on either a domestic or industrial scale. A domestic solar power system can help you when powering your home. On an industrial scale, we can use solar panels to provide electricity for the masses. In this case, engineers install a large solar array which forms a solar power station.

Electricity Production

Company Advantages
1. monocrystalline silicon is based on monocrystalline silicon solar panel featuring with single crystalline silicon . The product has the advantage of low- and high-temperature resistance
2. This product helps people reduce their power needs. It requires much less power to operate than those lights of other brands. The product can turn on automatically when it gets dark
3. The product has a dramatically high color rendering index. It allows the colors of items to appear clear, vivid and distinguishable. The product is certified under CE, ROHS, FCC, EMC, and LVD
4. The product features high efficiency. The new technology used in it provides maximum brightness and allows large areas of lighting. Its quality LED chips enable it to emit full brightness for a large area
5. The product is anti-static. During the production stage, its lampshade has gone through the surface treatment to be free of static electricity. With IP65 waterproof level, it can handle rainy days and heavy storm

Mono 60 Whole cells

Module	LT280MA	LT290MA	LT300MA	LT305MA	LT315MA	LT320MA
Maximum Power at STC (Pmax)(W)	280W	290W	300W	305W	315W	320W
Open-Circuit Voltage (Voc)(V)	38.52	39.15	39.84	40.15	40.91	41.3
Optimum Operating Voltage(Vmp)(V)	31.5	32.1	32.65	32.91	33.55	33.87
Short-Circuit Current(Isc)	9.43	9.58	9.65	9.79	9.91	9.97
Optimum Operating current(Imp)	8.89	9.05	9.12	9.27	9.39	9.45
Mudule Efficiency	17.21	17.83	18.44	18.75	19.36	19.67
Power Tolerance	0-+5W
Temperature Coefficient of Isc（α－Isc）	+0.041%/℃
Temperature Coefficient of Voc（β－Voc）	-0.393%/℃
Temperature Coefficient of Pmax（ṛ－Pmp)	-0.310%/℃
Standard Test Condition(STC)	lrradiance 1000 W/m 2 , module temperature 25 °C, AM=1.5;Tolerances of Pmax, Voc and Isc are all within +/- 5%.
Maximum System Voltage	1000V/1500V DC(IEC)
Operating Temperature	-40℃-+85℃
No. of Cells	Monocrystalline 156.75156.75mm 60(610)
Weight	18.5Kg±3%/pc
Size	164099235mm
Packing	31pcs/PLTS

best quality monocrystalline silicon panel from China for solar panels-1

Mono 120 Half cells

Module	LT320MH2	LT325MH2	LT330MH2	LT335MH2	LT340MH2
Maximum Power at STC (Pmax)(W)	320W	325W	330W	335W	340W
Open-Circuit Voltage (Voc)(V)	40.27	40.56	40.84	41.12	41.36
Optimum Operating Voltage(Vmp)(V)	33.62	33.87	34.13	34.36	34.63
Short-Circuit Current(Isc)	10.16	10.23	10.30	10.38	10.46
Optimum Operating current(Imp)	9.52	9.60	9.67	9.75	9.82
Mudule Efficiency	19.2	19.5	19.8	20.1	20.4
Power Tolerance	0-+5W
Temperature Coefficient of Isc（α－Isc）	+0.051%/℃
Temperature Coefficient of Voc（β－Voc）	-0.289%/℃
Temperature Coefficient of Pmax（ṛ－Pmp)	-0.350%/℃
Standard Test Condition(STC)	lrradiance 1000 W/m 2 , module temperature 25 °C, AM=1.5;Tolerances of Pmax, Voc and Isc are all within +/- 5%.
Maximum System Voltage	1000V/1500V DC(IEC)
Operating Temperature	-40℃-+85℃
No. of Cells	Monocrystalline 156.7578.375mm 120(620)
Weight	18.7Kg±3%/pc
Size	1665100035mm
Packing	31pcs/PLTS

best quality monocrystalline silicon panel from China for solar panels-2

Mono 72 Whole cells

Module	LT340MA	LT350MA	LT360MA	LT375MA	LT380MA	LT385MA
Maximum Power at STC (Pmax)(W)	340W	350W	360W	375W	380W	385W
Open-Circuit Voltage (Voc)(V)	46.62	47.02	47.77	48.52	48.82	49.07
Optimum Operating Voltage(Vmp)(V)	38.12	38.55	39.09	39.81	40.05	40.28
Short-Circuit Current(Isc)	9.44	9.08	9.71	9.92	9.99	10.06
Optimum Operating current(Imp)	8.92	9.59	9.21	9.42	9.49	9.56
Mudule Efficiency	17.51	18.03	18.54	19.32	19.57	19.83
Power Tolerance	0-+5W
Temperature Coefficient of Isc（α－Isc）	+0.041%/℃
Temperature Coefficient of Voc（β－Voc）	-0.393%/℃
Temperature Coefficient of Pmax（ṛ－Pmp)	-0.310%/℃
Standard Test Condition(STC)	lrradiance 1000 W/m 2 , module temperature 25 °C, AM=1.5;Tolerances of Pmax, Voc and Isc are all within +/- 5%.
Maximum System Voltage	1000V/1500V DC(IEC)
Operating Temperature	-40℃-+85℃
No. of Cells	Monocrystalline 156.75156.75mm 72(612)
Weight	21.5Kg±3%/pc
Size	195699240mm
Packing	27pcs/PLTS

best quality monocrystalline silicon panel from China for solar panels-3

Mono 144 Half cells

Module	LT390MH2	LT395MH2	LT400MH2	LT405MH2	LT410MH2
Maximum Power at STC (Pmax)(W)	390W	395W	400W	405W	410W
Open-Circuit Voltage (Voc)(V)	48.91	49.21	49.5	49.81	50.12
Optimum Operating Voltage(Vmp)(V)	40.55	40.85	41.17	41.46	41.76
Short-Circuit Current(Isc)	10.16	10.21	10.26	10.32	10.37
Optimum Operating current(Imp)	9.62	9.57	9.72	9.77	9.82
Mudule Efficiency	19.6	19.9	20.2	20.5	20.8
Power Tolerance	0-+5W
Temperature Coefficient of Isc（α－Isc）	+0.051%/℃
Temperature Coefficient of Voc（β－Voc）	-0.289%/℃
Temperature Coefficient of Pmax（ṛ－Pmp)	-0.350%/℃
Standard Test Condition(STC)	lrradiance 1000 W/m 2 , module temperature 25 °C, AM=1.5;Tolerances of Pmax, Voc and Isc are all within +/- 5%.
Maximum System Voltage	1000V/1500V DC(IEC)
Operating Temperature	-40℃-+85℃
No. of Cells	Monocrystalline 156.7578.375mm 144(624)
Weight	22.3Kg±3%/pc
Size	1979100240mm
Packing	27pcs/PLTS

best quality monocrystalline silicon panel from China for solar panels-4

Mono 96 Whole cells

Module	LT480MA	LT490MA	LT500MA	LT505MA	LT510MA	LT515MA
Maximum Power at STC (Pmax)(W)	480W	490W	500W	505W	510W	515W
Open-Circuit Voltage (Voc)(V)	58.44	58.68	58.92	59.16	59.40	59.64
Optimum Operating Voltage(Vmp)(V)	48.70	48.90	49.10	49.30	49.50	49.70
Short-Circuit Current(Isc)	10.35	10.52	10.68	10.75	10.81	10.87
Optimum Operating current(Imp)	9.86	10.02	10.18	10.24	10.30	10.36
Mudule Efficiency	18.92	19.32	19.71	19.91	20.10	20.50
Power Tolerance	0-+5W
Temperature Coefficient of Isc（α－Isc）	+0.041%/℃
Temperature Coefficient of Voc（β－Voc）	-0.393%/℃
Temperature Coefficient of Pmax（ṛ－Pmp)	-0.310%/℃
Standard Test Condition(STC)	lrradiance 1000 W/m 2 , module temperature 25 °C, AM=1.5;Tolerances of Pmax, Voc and Isc are all within +/- 5%.
Maximum System Voltage	1000V/1500V DC(IEC)
Operating Temperature	-40℃-+85℃
No. of Cells	Monocrystalline 156.75156.75mm 96(812)
Weight	21.5Kg±3%/pc
Size	1956132040mm
Packing	27pcs/PLTS

best quality monocrystalline silicon panel from China for solar panels-5

Company Features
1. Always aim high in quality of monocrystalline silicon .
2. The permanent aim of Guangzhou Litel Technology Co.,Ltd. would be to make top brands in the world monocrystalline silicon solar panel industry. Please contact.

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Litel Technology monocrystalline silicon solar panel is only made of high-quality materials that are sourced from trustworthy suppliers who have obtained related certificates. The product is 100% waterproof due to PVC fabrics

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To produce first-class Litel Technology monocrystalline silicon, our workers adopt superior raw materials. The product can meet the demand for temporary space

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The advanced production methods, along with the constant investment in research and development, ensures Litel Technology single crystalline silicon is finely and efficiently manufactured. It is flexible and convenient for different kinds of exhibitions and activities

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The raw materials used to manufacture Litel Technology monocrystalline silicon are high-quality as we have established a strict material selection system to control their quality.

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Litel Technology monocrystalline silicon reflects the perfect blend of latest technology and innovative design. The product is easy to install within one hour

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Based on the use of automated mechanical production equipment, our production efficiency has been greatly improved, and we can produce a large number of high-quality single crystalline silicon in a timely manner. In addition, we have also established a strict cost control system, and insist on strictly controlling the production cost of each link , prompting the production of single crystalline silicon to be highly cost-effective.

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