EVO5N 625W Bifacial N-type TOPCon 156 Cells Solar Module

EVO5N 625W Bifacial N-type TOPCon 156 Cells Solar Module

Price
Regular price $0.00
Regular price Sale price $0.00
Save $0
/
  • Free worldwide shipping
  • Free returns
  • Carbon neutral
  • Secure payments
  • In stock, ready to ship
  • Backordered, shipping soon
Get a Quote

EVO 5N N-type TOPCon 156 Half Cells 605W 610W 615W 620W 625W Bifacial Dual Glass Solar Module

EVO 5N Series Bifacial modules combine leading N-type TOPCon technology, 182mm silicon wafer, and half-cell. 30 years lifespan brings 10-30% additional power generation compared with conventional P-type modules. The SunEvo N-type Bifacial Half-cell Module can reach a power output range between 605W to 625W.

 

Electrical Parameters (STC*)

Maximum Power (Pmax/W)

605

610

615

620

625

Maximum Power Voltage (Vmp/V)

45.63

45.76

45.90

46.03

46.16

Maximum Power Current (Imp/A)

13.26

13.33

13.40

13.47

13.54

Open Circuit Voltage (Voc/V)

55.30

55.41

55.53

55.64

55.75

Short Circuit Current (Isc/A)

13.97

14.04

14.11

14.18

14.25

Module Efficiency (%)

21.64

21.82

22.00

22.18

22.36

Power Output Tolerance (W)

0/+5W

Temperature Coefficient of Isc

+0.045%/°C

Temperature Coefficient of Voc

-0.250%/°C

Temperature Coefficient of Pmax

-0.290%/°C

 

Bifacial Output-Rearsid Power Gain
5% Maximum Power (Pmax/W) 635 641 646 651 656
Module Efficiency STC(%) 22.73 22.91 23.10 23.29 23.48
15% Maximum Power (Pmax/W) 696 702 707 713 719
Module Efficiency STC(%) 24.89 25.10 25.30 25.51 25.71
25% Maximum Power (Pmax/W) 756 763 769 775 781
Module Efficiency STC(%) 27.05 27.28 27.50 27.73 27.95
 
 
How To Produce A TOPCon Solar Wafer? 

1. Texturing

The texturing section (a total of 6 lines) includes in turn

pre-cleaning

Pure water washing before velvet

Texturing*3

Pure water washing after velvet

after cleaning

After washing, wash with pure water

pickling

Pure water washing after pickling

slow pulling pre-dehydration

drying*5 etc.

 

2. Boron diffusion

The purpose of the diffusion process is to form a PN junction on the silicon wafer to realize the conversion of light energy into electrical energy. The PN junction manufacturing equipment is a diffusion furnace. The project uses gaseous boron trichloride to diffuse the silicon wafer in the diffusion furnace. Boron atoms diffuse into the silicon wafer and form a layer of borosilicate glass on the surface of the silicon wafer. The main reaction equation is:

4BCl3+3O2→2B2O3+6Cl2↑

2B2O3+3Si→3SiO2+4B

 

3. SE laser redoping

The laser doping technology is to do heavy doping on the contact part of the metal grid line (electrode) and the silicon wafer, while keeping the light doping (low concentration doping) outside the electrode. Pre-diffusion is carried out on the surface of the silicon wafer by thermal diffusion to form light doping; at the same time, the surface BSG (borosilicate glass) is used as a local laser heavy doping source. Through the local thermal effect of the laser, the atoms in the BSG rapidly diffuse into the silicon wafer for the second time to form a local heavy doping region.

 

4. Post-oxidation

Where the surface of the silicon wafer is treated by laser SE, the oxide layer on the boron diffusion surface (light incident surface) is destroyed by the spot energy of the laser. During alkali polishing and etching, an oxide layer is required as a mask layer to protect the phosphorus diffusion surface (light incident surface) of the silicon wafer. Therefore, it is necessary to repair the oxide layer on the surface scanned by laser SE.

 

5. POPAID deposition in-situ doping

The POPAID process is a key process for integrating the plate coating prepared by the tunnel oxide layer and the doped silicon layer.

 

6. Annealing

Place the silicon wafer in a reaction tube made of quartz glass, and the reaction tube is heated by a resistance wire heating furnace to a certain temperature (the commonly used temperature is 900-1200°C, and it can be lowered to below 600°C under special conditions). When oxygen passes through the reaction tube, a chemical reaction occurs on the surface of the silicon wafer:

Si (solid state) + O2 (gas state) → SiO2 (solid state)

 

7. BOE cleaning

Pickling tank*2

washed

After pickling (HCL/HF/DI)

washed

slow lifting

drying*6

 

8. Front coating

The basic principle is to use high-frequency photo-discharge to generate plasma to affect the film deposition process, promote the decomposition, combination, excitation, and ionization of gas molecules, and promote the generation of reactive groups.

The main chemical reactions that occur during PECVD deposition of silicon oxynitride films are:

SiH4+NH3+N2O→xSi2O2N4+N2↑+yH2↑

 

9. Backside coating

The main chemical reactions that occur during PECVD deposition of silicon oxynitride films are:

SiH4+NH3+N2O→xSi2O2N4+N2↑+yH2↑

 

10. Metallization

1) printing

During the printing process, the slurry is above the screen, and the scraper is pressed against the screen with a certain pressure, so that the screen deforms and contacts the surface of the silicon wafer. The slurry touches the surface of the silicon wafer through extrusion; the surface of the silicon wafer has a strong adsorption force, which snatches the slurry out of the mesh. At this time, the scraper is in operation, and the previously deformed stencil will make the slurry fall smoothly on the surface of the silicon wafer under the action of good restoring force. Among them, the silver paste is a paste printing paste made of ultrafine high-purity silver and aluminum powder as the main metal, and a certain amount of organic binder and resin as auxiliary agents.

 

2) Sintering

Sintering is to sinter the main fine grid paste printed on the silicon wafer into a cell at high temperature so that the electrodes are embedded in the surface, forming a firm mechanical contact and a good electrical connection, and finally forming an ohmic contact between the electrode and the silicon wafer itself.

 

3) Electroinjection

After the cells are sintered, the method of direct electric injection of carriers (reverse injection of direct current) is used to change the charge state of the hydrogen in the silicon body, so that the attenuated boron-oxygen complex can be well passivated and transformed into a stable regenerative ecology, and finally achieve the purpose of anti-light decay.

 

11. Test packaging

After the solar cell is manufactured, the electrical performance parameters of the solar cell will be tested with testing instruments (such as measuring its I-V curve and light conversion rate and other electrical parameters). After the test is completed, the battery will be automatically divided into multiple levels according to certain standards.

  • Free Shipping: We offer Free shipping with a delivery time of 3-7 Working days to make your shopping hassle-free.

  • In Stock: Our store items are all in stock, ensuring that you can enjoy your favorite items instantly.

  • Own Warehouse: Our warehouse is located in Los Angeles, California, ensuring that your order is delivered quickly and on time.

  • Returns and exchanges are hassle-free: What's more, returns and exchanges are hassle-free to make your shopping experience easier and more enjoyable.

  • 30 days money back guarantee: If you are not satisfied with your item, we will provide you with a money back guarantee within 30 days.

Thank you for your choice and support, and we look forward to providing you with quality logistics services!


More details at Shipping Policy

If you choose to use the surface mount installation as an option for your fencing, we will not warranty nor will assume liability for the fencing boards or the post/mounting system in the event of wind-related damage.

Standard warranty for color and material integrity will apply, but damage due to wind will be considered an act of nature and as such will not be covered. If you have any questions or concerns about the product before installation, please feel free to contact us.

Solar Systems Depot is a leading distributor of high-quality solar energy products and
solutions. We provide a wide range of solar panels, inverters, batteries, and other solar
accessories to meet the needs of residential, commercial, and industrial clients.

Our main office is located at 40 Wall Street 40 Fl New York NY 10005 We also have several
distribution centers across the country to ensure timely delivery of products.

You can reach us via phone at 888-334-0366 or email info@solarsystemsdepot.com or
through our website's contact form.

We offer a comprehensive range of solar products including solar panels, inverters, batteries,
mounting systems, and monitoring solutions. We also provide complete solar kits for residential
and commercial installations.

Yes, we provide free engineering services to help you design and customize the best solar
system for your needs. Our team of experts will create a layout and provide a free diagram to
ensure optimal performance and efficiency.

While we primarily focus on distribution, we can connect you with certified installers in your
area. Please contact our customer service team for more information.

Yes, all of our products are certified to meet international standards for quality and safety. We
work with reputable manufacturers to ensure the highest quality.

Yes, we offer warranties on all our products. The duration and terms of the warranty vary
depending on the product. Please refer to the specific product's warranty information for details.

Orders can be placed through our website, by phone, or by email. If you need assistance, our
customer service team is available to help you with the ordering process.

Yes, we have a return policy in place. If you are not satisfied with your purchase, you can
return the product within 30 days of receipt. Please refer to our return policy for detailed
instructions and conditions.

Delivery times vary depending on the product and your location. If the item is in stock, you
can expect to receive it within 5-7 business days. However, for most products, we offer a more
cost-effective option by shipping directly from our partner factory to your doorstep, which takes
around 30-40 days on average. This approach allows us to pass significant savings on to you.
The wait is well worth it for the significant cost savings that make it worth it for most customers.

Our order process is straightforward:
Initial Deposit: We require a 35% down payment to secure your order.
Final Settlement: The remaining balance is due 5 days prior to the scheduled delivery date,
ensuring a smooth and convenient process.

We accept various payment methods including credit cards, bank transfers, and PayPal. We
also offer financing options. Please contact our sales team for more details.

Yes, we provide technical support for all our products. Our team of experts is available to
assist you with installation, troubleshooting, and maintenance.

If you are interested in becoming a distributor or reseller, please contact our sales team for
more information on partnership opportunities.

Sustainability is at the core of our business. We ensure that our products are sourced from
manufacturers who adhere to strict environmental standards. Additionally, we are committed to
reducing our carbon footprint through efficient operations and eco-friendly practices

For any other questions or inquiries, please feel free to contact us directly. We are here to helpyou harness the power of solar energy!
You may also like
More from My Store
Recently viewed