Vertical Solar Pole | Seperate solution
The vertical solar lighting pole is a great innovation for outdoor lighting. It is a revolutionary
design with an aesthetic appearance and high stability of lighting performance.
It can be used in any type of poles and designs without dismantling them makes the
application.
Poles can be sourced separately, the detachable design with adjustable spacing
brackets helps the mounting easy in every pole.
Key Advantage:
· Cost is very much lower than CIGS.
· Lifetime is long up to 20 years
· Practical efficiency is more than 22%
· Strong structure support, aluminium profile
· Resistant to dust
· Completely disassemble for transport and repair
Technical information
| Parameter | Technical data |
| Model Number | S120 |
| Maximum power(Wmp) | 20W |
| Maximum power voltage(Vmp) | 19.38V |
| Maximum power current(Imp) | 6.18A |
| Open circuit voltage(Voc) | 23.2V |
| Short circuit current(Isc) | 6.54A |
| Cells types | Mono solar cell |
| Maximum system voltage(VDC) | 1000 |
| Cell Efficiency(%) | >22% |
| Max. Series Fuse Rating (A) | 10 |
| Temperature Range | -40°C+85°C |
| Tolerance Wattage | ±5% |
| Surface Maximum load Capacity | 30m/s(200kg/sq.m) |
| Output tolerance(%) | ±3% |
| Standard Test Conditions (STC) | STC=1000W/M2 irradiance, 25°C module temperature, AM1.5 |
Battery pack technical introduction
1. Nominal capacity：48Ah/96Ah/132Ah
2. Operation voltage: 12.8V
3. Cell type：LiFePO4
4. Cell characteristic
· Operation (cell) temperature: Charge: 0~60℃
· Discharge：-20~60℃
· Max charge current: 1C (at 25±5℃, for continuous charge mode)
· Max discharge current: 1C (at 25±5℃, for continuous charge mode)
· Cell cycle life RT: ≧80% of nominal energy@3000 (at 25±5℃, cycle test by 0.2C charge-discharge method)
5. Protection board for the battery pack:
6. Battery pack composed of cells with strong consistency
7. Rigorous safety testing for lithium iron phosphate battery (Cell)
8. Aluminum Housing
9. 5-year warranty
Solar Poles
Notes：
1. The working period of LED Luminaire is set up as 2 hrs-100%，2hrs-60%，6hrs-30%，1hr-100%
2.The solar is designed based upon averaged 5 hours of sunshine of 1000w/m2 at 25℃
3.For other LED power requrement,more pieces of solar are available,also battery pack
4.Poles are designed according to EN40-3-3 or ASSHTO 2001