182-60 Type

Main Products

182-N760TBH470-490GL

Download Datasheet

490
< w >

Module Power
22.6
< % >

Module Efficiency
12
< Year >

Product Warranty
30
< Year >

Power Warranty

Product Superiority

Advanced Technology

N-Type M10 wafer, TOPCon solar cells, high-density interconnect technology.
Increased Performance

Well-suited for use in environments characterized by high reflectivity, elevated temperatures, scarce land availability, and substantial labor expenses.
Increased Power Generation

Lower degradation, increased bifaciality, and lower temperature coefficient improves energy yields.

Increased Value

Increased efficiency results in decreased LCOE and BOS costs.
Severe Weather Resilience

Certified to withstand: wind load (2400 Pascal) and snow load (5400 Pascal).

Advanced Technology

N-Type M10 wafer, TOPCon solar cells, high-density interconnect technology.
Increased Performance

Well-suited for use in environments characterized by high reflectivity, elevated temperatures, scarce land availability, and substantial labor expenses.
Increased Power Generation

Lower degradation, increased bifaciality, and lower temperature coefficient improves energy yields.
Increased Value

Increased efficiency results in decreased LCOE and BOS costs.
Severe Weather Resilience

Certified to withstand: wind load (2400 Pascal) and snow load (5400 Pascal).

Electrical Specifications

Module Type	ET-N760TBH480GL	ET-N760TBH485GL	ET-N760TBH490GL
STC/NOCT	STC NOCT	STC NOCT	STC NOCT
Maximum Power -P mp (W)	480 361	485 365	490 368
Open Circuit Voltage -V oc (V)	43.27 41.11	43.47 41.30	43.67 41.49
Short Circuit Current -I sc (A)	13.67 11.03	13.73 11.08	13.79 11.13
Maximum Power Voltage -V mp (V)	37.13 34.95	37.28 35.10	37.44 35.23
Maximum Power Current -I mp (A)	12.93 10.33	13.01 10.40	13.09 10.45
Module Efficiency STC-η m (%)	22.2%	22.4%	22.6%

Rear Side Power Gain (ET-N760TBH480GL)


Power Gain	10%	15%	20%	25%
Maximum Power -P mp (W)	528	552	576	600
Open Circuit Voltage -V oc (V)	43.27	43.27	43.27	43.27
Short Circuit Current -I sc (A)	14.91	15.59	16.27	16.94
Maximum Power Voltage -V mp (V)	37.13	37.13	37.13	37.13
Maximum Power Current -I mp (A)	14.23	14.87	15.52	16.16

Key Specifications


Pmax Temperature Coefficient	-0.30%/°C
Voc Temperature Coefficient	-0.22%/°C
Isc Temperature Coefficient	+0.042%/°C
Fire Performance	Type 29(UL)
Mechanical Load	5400Pa/2400Pa


Container	40’HQ
Pieces per Pallet	36
Size of packing (mm)	194411301264
Weight of packing (kg)	1012
Pieces per Container	864/684(NA)


External Dimension	1908 x 1134 x 30mm
Weight	27kg
Power Bifaciality*	80%±10%
Maximum System Voltage	1500VDC

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Note: The specifications are obtained under the Standard Test Conditions (STCs): 1000 W/m² solar irradiance, 1.5 Air Mass, and cell temperature of 25°C. The NOCT is obtained under the Test Conditions: 800 W/m², 20°C ambient temperature, 1m/s wind speed, AM 1.5 spectrum.

Please contact info@elite-solar.com for technical support. The actual transactions will be subject to the contracts. This parameter is for reference only and it is not a part of the contracts. The specifications are subject to change without prior notice.

FAQ

Q

What is the difference between solar panels and solar cells？

A

Although solar cells and solar panels both sound similar, the working mechanism applied for each differs. A solar cell is made from such materials as monocrystalline silicon wafers designed to capture and convert solar energy into usable electrical power as efficiently as possible. As a solar cell company, we do the design, manufacturing, and distribution of photovoltaic cells, which is an essential product in the renewable energy industry.
Solar panels, referred to as photovoltaic modules, comprise a chain of interconnected solar cells that get electricity from the sun. Solar cells are the primary building blocks within a solar panel structure. They convert sunlight directly into electric power in a process known as the photovoltaic effect.
Q

How are solar cells made?

A

Solar cells are manufactured with quality in mind to give the best possible performance and service life. High-purity monocrystalline silicon ingots undergo several treatments to result in extremely thin wafers. These monocrystalline silicon wafers serve as the basis of solar cells. The wafers must be processed on their surfaces to create semiconductor junctions, allowing the cell to have photovoltaic capability. This involves "doping" of the silicon with other materials in order that one side of the resulting p-n junction is negative and the other side is positive. Metal contact coatings are deposited on the surfaces of the wafer to allow the flow of electricity. The cells, when finished, are then combined with its other components and encapsulated in order to protect them from the elements. At Elite Solar, strict quality control is observed at each step of the production to ensure the quality of the produced solar cells.
Q

What are Tier 1 solar modules?

A

Tier 1 solar modules are distinguished by their manufacture from companies that are well-established, financially stable, and have demonstrated significant industry presence. These manufacturers have fully automated production plants and are often fully integrated, covering all aspects of the manufacturing process. Our Tier 1 PV modules, at Elite Solar, are from an innovative and advanced manufacturing process. The companies will be reviewed every quarter based on information added to BloombergNEF's database. Only project financings for over 5MW of capacity are relevant to tiering.
Q

Can these solar panels be ground-mounted?

A

Yes, Elite Solar solar panels can be mounted on the ground. Ground-mounted solar panels are a popular option commercial property owner with large ground space, as this allows the best positioning and orientation toward the sun. Furthermore, Elite Solar ground-based solar panels offer a certified robust design against high wind and snow loads, hence guaranteeing longevity in harsh environments and the maintenance of high performance.
Q

What is the average lifespan of a solar module?

A

Generally, solar modules are designed to have a long operational lifespan, typically lasting 25 to 30 years. However, many panels continue to function efficiently well beyond this timeframe with minimal degradation in performance. This is the reason solar modules' warranty through Elite Solar’s solar panels are extended up to 30 years; it mirrors our confidence in their longevity and performance. As a professional photovoltaic module manufacturer, we design our PV modules with technologies that minimize power degradation and resist environmental stressors, making them a reliable long-term investment in renewable energy.