The new enjoy solar® ETFE semi-flexible solar panel with 9 bus bars (conventional flexible solar panels have just 5 bus bars) ensures higher efficiency and longer lifetime. By increasing the cell size to 166mm * 166mm, the area of solar cells on the arrays is increased and the cell efficiency is significantly improved (up to 22.62%). Thanks to advanced solar cell technology, the panel offers better flexibility of up to 50 degrees compared with other semi-flexible solar panel.The extra translucent structured ETFE coating of the solar modules provides very high scratch resistance and weather resistance, so the modules are well protected from external influences such as salt water, hail, rain or wind, ideal for RVs, boats, yachts and various solar lighting systems, off-grid and backup solar power systems.Mounting tips: the module must be fixed to a surface. We recommend Sikaflex®-252i adhesive or 3MTM VHBTM double-sided tape - thickness of 2.3mm.
Special Features:
- Increased cell efficiency up to 22.62%.
- Structure with 166mm*166mm monocrystalline solar cells
- With 9 multi-busbars, less resistance and more stability
- Less spacing between solar cells and thinner busbar design
- Bendability: max. 50°
- embedded patented composite material plate
- ETFE coating with high elasticity and durability
- Waterproof junction box with injected silicone
- High resistance to salt water, rain, hail and wind
- Lighter weight and easy installation
- 1 year manufacturer warranty, 5 year performance warranty
Technical Data
| Model | enjoy solar ETFE Semi-flexible Solar panel 9BB 110W/12V |
| Product number | Flex Line ES110M36 |
| Item number | 1610110 |
| EAN Code | 4260558573203 |
| Max. power (Pmax) | 110W |
| Max. voltage (Vmp) | 19.8V |
| Max. current (Imp) | 5.55A |
| Open circuit voltage(Voc) | 23.4V |
| Short circuit current (Isc) | 5.89A |
| Operating temperature | -40~80°C |
| Max. system voltage | 600VDC(IEC) |
| Cell efficiency | 22.62% |
| Power tolerance | 0 ~+3% |
| Cell type | Perc 166mm*166mm |
| Cells | 36 (3*12) |
| Junction box | XC504 |
| Connected solar cable | 900mm, 4mm² solar cable with MC-4 connector |
| Protection class | IP67 |
| Bypass Diode | 2 pcs. (10SQ045) |
| Dimension (mm) | 1080 * 540 * 2 |
| Weight (kg) | 2.1 |
*Values according to STC conditions (E = 1000W / m², Tc = 25 ° C, AM = 1.5)
Product safety information
Manufacturer information:
SolarV GmbH
Am Kronberger Hang 2
Hessen
Schwalbach am Taunus, Deutschland, 65824
info@solarv.de
www.solarv.de
How many bypass diode are installed in solar panel?
Solar panel 10W-80W has one bypass diode; solar panel 100W-320W has two bypass diodes. Exception: 1100100 (100W) has only one diode and 1160105 (XL 100W) has two diodes.
What is the function of the bypass diode?
The bypass diodes’ function is to eliminate the hot-spot phenomena which can damage PV cells and even cause fire if the light hitting the surface of the PV cells in a module is not uniform.
How does shading affect the performance of solar panel?
When solar panels are exposed to shady conditions, their efficiency drops, and their performance suffers as a result. Environmental obstructions such as trees or nearby buildings, clouds, self-shading between panels in parallel rows, dirt, dust, and various other trash such as bird droppings, all cause shading. These shading effects may be static as a result of the obstruction’s location, or dynamic in certain situations, such as a shadow cast by moving clouds. Therefore, eliminating solar shading problems is the most effective way to avoid them.
How can I check the power of my panel?
Measure the open circuit voltage and short circuit current of your solar panel with multimeter and compare the result with the technical data of the panel. Please also note that the calculated values from technical data are ideal values and depend on various factors such as temperature, angle, compass direction, irradiance, air mass, humidity, solar radiation (impairment e.g., by high fog), resistances in cables, connectors, and charge controllers, etc.
Can different solar panels be connected?
Solar panels with the same (or slightly deviated value +/- 1V) voltage (V) but different power (W) can be connected in parallel without any problem.
Solar panels of different voltage and power must not be connected in parallel, because the solar panel with the lowest voltage determines the voltage output of the whole array. When connecting solar panels together in parallel it is important that they ALL have the same nominal voltage value, but it is not necessary that they have the same ampere value.
Solar panels with the same (or slightly deviated value +/- 1A) current (A) but different power (W) can be connected in series without any problem.
Solar panels of different current and power should not be connected in series, because the solar panel with the lowest current determines the current output of the whole array.
In fact, we do not recommend a parallel/series connection of the different solar modules, as a loss of power cannot be avoided in any case.
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