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Vestel 145W  ETFE IBC Semi Flexible  Marine Solar Module 44 Cell

Vestel 145W ETFE IBC Semi Flexible Marine Solar Module 44 Cell

Brand:Atakale
Product Code: ATA-145W-IBC
Reward Points: 169
SKU : SGM-FL-145W-22V
Product available in stock : 16
  • 6,591.00₺

  • Ex Tax: 5,492.50₺
  • Price in reward points: 16900
  • 10 or more 6,513.00₺
  • 100 or more 6,201.00₺

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Tags: 145wat Vestel Energy, flexible panel, Vestel 145w, Vestel Energy Flexible

Taksit Tutarı
Toplam Tutar
2 x 8.933,32 TL
17.866,64 TL
3 x 6.077,71 TL
18.233,12 TL
4 x 4.653,23 TL
18.612,90 TL
5 x 3.804,78 TL
19.023,89 TL
6 x 3.237,74 TL
19.426,46 TL
Taksit Tutarı
Toplam Tutar
2 x 8.946,64 TL
17.893,28 TL
3 x 6.090,27 TL
18.270,80 TL
4 x 4.666,15 TL
18.664,59 TL
5 x 3.817,31 TL
19.086,57 TL
6 x 3.250,90 TL
19.505,40 TL
Taksit Tutarı
Toplam Tutar
2 x 8.942,83 TL
17.885,66 TL
3 x 6.096,90 TL
18.290,69 TL
4 x 4.673,94 TL
18.695,75 TL
5 x 3.824,70 TL
19.123,51 TL
6 x 3.259,98 TL
19.559,90 TL
Taksit Tutarı
Toplam Tutar
2 x 8.933,32 TL
17.866,64 TL
3 x 6.077,71 TL
18.233,12 TL
4 x 4.653,23 TL
18.612,90 TL
5 x 3.804,78 TL
19.023,89 TL
6 x 3.237,74 TL
19.426,46 TL
Taksit Tutarı
Toplam Tutar
2 x 9.027,41 TL
18.054,81 TL
3 x 6.187,85 TL
18.563,54 TL
4 x 4.779,25 TL
19.116,98 TL
5 x 3.934,89 TL
19.674,43 TL
6 x 3.387,78 TL
20.326,68 TL
Taksit Tutarı
Toplam Tutar
2 x 9.001,29 TL
18.002,57 TL
3 x 6.126,24 TL
18.378,73 TL
4 x 4.690,64 TL
18.762,56 TL
5 x 3.832,55 TL
19.162,77 TL
6 x 3.260,74 TL
19.564,46 TL
Taksit Tutarı
Toplam Tutar
2 x 9.039,06 TL
18.078,12 TL
3 x 6.164,69 TL
18.494,06 TL
4 x 4.733,46 TL
18.933,84 TL
5 x 3.888,44 TL
19.442,19 TL
6 x 3.316,36 TL
19.898,14 TL
Taksit Tutarı
Toplam Tutar
2 x 8.948,55 TL
17.897,09 TL
3 x 6.089,60 TL
18.268,81 TL
4 x 4.665,11 TL
18.660,45 TL
5 x 3.815,15 TL
19.075,74 TL
6 x 3.248,26 TL
19.489,56 TL
Taksit Tutarı
Toplam Tutar
2 x 8.956,18 TL
17.912,36 TL
3 x 6.101,55 TL
18.304,64 TL
4 x 4.678,10 TL
18.712,41 TL
5 x 3.823,40 TL
19.116,98 TL
6 x 3.256,19 TL
19.537,16 TL


  •  For  jurisdictions, installations shall be performed in compliance with the National Electrical Code (NEC) and any applicable local codes. 
  •  For Canadian jurisdictions, installations shall be in accordance with CSA C22.1, Safety Standard for Electrical Installations, Canadian Electrical Code, Part 1 and any 
  • applicable local codes. 
  •  There are no user‐serviceable parts within the module. Do not attempt to repair any part of the module.   
  •  Installation should be performed only by qualified personnel.  
  •  Do not stand on, drop, scratch, or allow objects to fall on modules as it may damage them and void the warranty. 
  •  DO NOT WALK ON THE PANELS. 
  •  DO NOT CARRY THE PANELS BY THE ELECTRICAL CABLES OR JUNCTION BOX. 
  •  Do not place anything on the modules, even for a moment because resulting residue may damage or stain the surface. 
  •  If the front sheet or the back sheet is torn, contact with any module surface or module frame can cause electric shock. 
  •  Broken or cracked J‐boxes, cables and/or connectors are electrical hazards as well as laceration hazards. Customers should remove any such module from service and contact SunPower for disposal instructions.   
  •  Broken or cracked metal ribbons in the panel are electrical hazards. Customers should remove any such module from service and contact SunPower for disposal       instructions.   
  •  Do not install or handle the modules when they are wet or during periods of high wind. 
  •  Do not allow water to pool on or near the module. 
  •  SunPower recommends a conservative minimum cable bend radius equal to or greater than 40 mm (1.5”).   
  •  Contact SunPower if maintenance is necessary. 
  •  Retain these instructions for future reference

 What is a SunPower flexible panel used for?

Flexible solar panels are primarily used to charge solar-compatible batteries, which can be used to power devices and small appliances in off-grid situations like camping, hunting, film productions, and power outages.

Many new motorhomes, campers and travel trailers are built with solar outlets to power the auxiliary battery. You’ll need to ensure that the cabling has an MC4 connector to be compatible with our flexible solar panels. If it does not, then you will need to purchase an adapter.

In addition, many DIYers or organizations modify 12V batteries, like car batteries, for solar-compatible charging to power vehicles or other types of large equipment. This may require purchasing additional equipment, including a charge controller that regulates voltages to your battery and your devices. Always use caution and take protective measures when performing any DIY project, especially those involving electricity

 Can SunPower flexible panels charge devices directly?

Every flexible solar panel comes with MC4 compatible connector cables (male and female).

An MC4 connector is a popular solar output connection for panels in the 50 to 150-watt range. SunPower flexible solar panels require your battery, charge controller or other device(s) to have cables with MC4 connectors. You can also use a suitable adapter.

However, MC4 connectors do not include any electronic components that control current or voltage levels. Accordingly, the various components of your particular system may not be compatible simply because they all don't have MC4 connectors. You still need to verify the electrical operating conditions of each component of your system to ensure compatibility.

 How long does charging take?

This will depend on your panel wattage, your battery watt-hour (Wh) capacity (a measurement of storage capacity) and the weather. A 150 Wh battery will charge faster than a 500 Wh battery because the 500 Wh battery has more storage capacity, therefore requiring more time to fully charge. In addition, a 100-watt panel will charge a battery faster than a 50-watt panel exposed to the same amount of sunlight.

Charging time will be affected by weather, shade, time-of-day, age and use of battery, efficiency of the charge controller, placement of the solar panels, and other operational factors. Be sure to look on your solar-compatible battery for an estimate of charging times as well as panel-wattage compatibility, and always check the charging characteristics of the battery to ensure it’s compatible with the wattage of the panel.

For higher battery capacity (greater than 150 Wh) we recommend using a 100-watt panel. Before doing this, however, please ensure that the battery you are charging is compatible with this wattage and use a compatible charge controller.

 I am using my SunPower flexible panel to power a solar-compatible battery. How should I set it up?

First, you’ll need to connect your battery’s charging cord to the MC4 connections on the panel. Then set your panel out in the sun. We recommend angling the panel toward the sun. This might require moving the panel a few times throughout the day.

If you are camping or hunting, you can use a camp chair, storage box, or duffle bag to prop up the panel. We also recommend putting your battery behind the panel to keep it shaded or purchase an extra-long cord to keep the battery out of the sun.

While not necessary for basic functionality, the use of a compatible charge controller is highly recommended, especially with systems using more than one solar panel. A compatible charge controller will regulate voltage and current from the solar panel(s) to the battery, and from the battery to your devices. A charge controller that can prevent overcharging, over-discharging, and overloading damage to the battery and your devices is recommended.

Can SunPower flex panels be walked on?

No, we do not recommend it. Flex modules, regular stepping can cause cell cracking and, while the cells maintain electrical connectivity, cracks can still lead to some power loss beyond the control of Maxeon Solar Technologies. Additionally, walking on the panels will void the warranty.

Does Cosmetic quality affect the panel’s performance?

Every single panel is electrically tested and inspected for cosmetic criteria at the end of the production line. Regardless of the cosmetic grade, the cosmetic effects do not affect performance or reliability.


All installations must be performed in compliance with any applicable local codes. 

 For United States jurisdictions, installations shall be performed in compliance with the National Electrical Code (NEC) and any applicable local codes. 

 For Canadian jurisdictions, installations shall be in accordance with CSA C22.1, Safety Standard for Electrical Installations, Canadian Electrical Code, Part 1 and any 

applicable local codes. 

 There are no user‐serviceable parts within the module. Do not attempt to repair any part of the module.   

 Installation should be performed only by qualified personnel.  

 Do not stand on, drop, scratch, or allow objects to fall on modules as it may damage them and void the warranty. 

 DO NOT WALK ON THE PANELS. 

 DO NOT CARRY THE PANELS BY THE ELECTRICAL CABLES OR JUNCTION BOX. 

 Do not place anything on the modules, even for a moment because resulting residue may damage or stain the surface. 

 If the front sheet or the back sheet is torn, contact with any module surface or module frame can cause electric shock. 

 Broken or cracked J‐boxes, cables and/or connectors are electrical hazards as well as laceration hazards. Customers should remove any such module from service 

and contact SunPower for disposal instructions.   

 Broken or cracked metal ribbons in the panel are electrical hazards. Customers should remove any such module from service and contact SunPower for disposal 

instructions.   

 Do not install or handle the modules when they are wet or during periods of high wind. 

 Do not allow water to pool on or near the module. 

 SunPower recommends a conservative minimum cable bend radius equal to or greater than 40 mm (1.5”).   

 Contact SunPower if maintenance is necessary. 

 Retain these instructions for future reference

Vestel  145 W Flexible PV Module 44 Cell
Features

Benefits
IBC Back Contact Solar Cell 
It flexes up to a maximum of 30º
 5 years limited power warranty
Powerful, Weather Resistant

High Power Toughnessand Flexible 


19% and 18% efficiency Solar Cell
Designed Turkey with ETFE
Highest power back contact cells

Power Out
PV DC Range
MPPT Current Range
50W-590W
25V-64V
2A-15

Zorlu  generation flexible panel model is manufactured with high quality ETFE polymer and high efficiency back contact cells. In this way, Vestel Enerji flexible panels have an ultra-light, thin, high performance and above all flexible structure compared to standard solar panels. It flexes up to a maximum of 30 degrees and adapts perfectly to any surface with its light weight. Vestel Enerji Flexible Panel Series, available in 110Wp ,145Wp and 175Wp power options, has the advantage of being used in many application areas such as boats, caravans and roofs.
IBC Solar cells preferred in flexible panels are a cell type built on a copper base. When Vestel Enerji Flexi Panels are bent or left in a humid environment, they are more resistant to power losses due to breakage and corrosion than conventional solar panels. In this way, Vestel Enerji Flexible Panels are one of the most important energy solutions for users with high power output and cell robustness.
Prism Surface:Maximum light absorption thanks to prism surface
Excellent Light Transmittance with ETFE:Higher light transmittance, corrosion resistance, operating temperature range
IBC Cell Technology:Flexible and robust cell architecture with highly efficient rear contact connection
Flexible Design:Bending feature up to maximum 30 degrees
Ultra Light:2mm thick ultra-thin and durable design
IP68 Protection Class:Water resistance with IP68 junction box
2 Year Product Warranty
As the name suggests, these solar panels are made of silicon. In this panel, many crystallines are used.  Users can bend these flexible solar panels by 30 degrees. Although silicon crystalline solar panels were also used in traditional models, they were stacked at 200μm thickness; and thus, had a rigid unbendable body
The IBC solar cells(Interdigitated Back Contact) is one of the configurations of Rear Contact Solar Cells.
The Rear contact solar cells can theoretically achieve higher efficiency by moving all of the front contact grids – or part of it – to the rear side of the device. The potential higher efficiency is realized due to the reduced shading on the front of the cell and this is specifically useful in the high current cells like concentrators or large area installations.There are various Rear Contact Solar Cell configurations and IBC cells being one of them.
 IBC solar cells 
Rear contact solar cells have the ability to prevent all shading losses by placing both contacts on the rear of the cell. The pairs of electron hole generated by the light that is absorbed at the front surface of the cell can still be collected at the rear of the cell, by the use of a thin solar cell manufactured from high quality material. Such cells are especially useful in the concentrator applications, where the cell series resistance effect is much greater.An additional benefit of these cells is that cells with both of the contacts on the rear can be interconnected easier and can be placed closer together in the module because there is no need for any space between the cells.
Uses of Interdigitated back contact solar cells
Interdigitated back contact solar cells can potentially achieve higher efficiency by so the IBC designs are specifically useful in applications such as high current cells like concentrator PVs. There are two other different configurations of back contact solar cells than the IBC, which are the EWT (Emitter wrap through) and MWT (Metalization wrap through) under the polycrystalline Si solar cells.
Powerfully Flexiblealf
Vestel Energy redefined the high-efficiency module series by integrating IBC Back Contact silicon wafers with PERC and half-cut technologies. HG GROUP panel combined creative technology effectively and extremely improved the module efficiency and power out. Embrace flexible solar energy solutions with our delicate solar modules – a sustainable choice for your needs
Powerful Weather Reistant
-Lightweight, ultra-high flexibility, easy to install.
-Reducing the adaptive loss to get higher power.
-Competitive weak light tolerance performance.
-Minimizing the shading affection to reduce power loss.
-The superior reliability has been proven through rigorous weathering test
-Sand and dust resistance, acid and alkali-resistance, salt mist resistance.
-Anti – PID & Hail shock resistence
Designed for Toughness  Lighter and Thinner
The weight per unit area of Vestel Energy  flexible module is only 320Kg, which is 70% lower than that of conventional modules, and the output power per square installation area is as high as 205W/㎡. More suitable for the installation surface of weak bearing capacity roofs represented by light steel structure roofs. Perfectly suitable for industrial and commercial roofs, curtain walls, new energy carports and other application scenarios. No need for installation brackets, using structural adhesives, etc. No need to drill holes during construction, zero damage to the original roof, simple operation, saving labor costs, machinery costs and material costs to the greatest extent.
Less hot spots:
HG’s definition of “all-black aesthetic modules”: with a single and harsh principle, the purest black, nearly zero color difference, and a full-tech aesthetic experience in 360° application scenarios, to achieve a high degree of uniformity in all black materials for cells and backsheet. Under the installation angle, the black tone of the modules maintains the same depth, and finally achieves a unified visual effect, achieving the most important “integrity” in architectural design, and bringing users a true all-black aesthetic roof. Promote the aesthetic experience of solar energy into thousands of households around the world.

Solar Module Electricity Features
Module Power Rate Wp 145
Cell Type Sunpower BackContact
Number Of Cell 44
Module Efficency 19
MPPT Akım Değeri 6.36
Short Circuit Current 6.87
Off-Grid Proper System Voltage 12
Maximum Power Point Voltage 22
Open Circuit Maximum Voltage 26
Maxsimum Module Voltage Dc-Volt 1000
Bus Bar Number 0
Solar Module Temparature Performance
Operating Temperature -40ºC +85ºC
Isc Temparature coefficient  αIsc α %/°C  -0,05
Voc Temparature coefficient βVoc %/°C -0,27
Pmaks Temparature coeficient %/°C -0,38
Temparature coefficient βvmpp %/°C -0,27
Solar Module Mechanical Specifications
Solar Module Dimension 1490 x 560 x 3 mm ( 58.66x22.04x0.118inch)
Solar module weight 3
Solar Module Frame 5400
Solar Module Quality and Certificates
Waranty Period 2
Linear power output warranty 5 years %80
Certificates IEC61215/IEC61730/IEC61701/IEC62716 ISO 9001: Qualty Management System ISO 14001: Envronmental Management ISO45001: Occupatonal Health and Safety

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