| No | Item | Parameters |
| 1 | TXLED05 LED Lamp | Power:30W Chip: Lumileds/Bridgelux/Cree/Epistar Lumens:100-120 Im/w Voltage: DC 12V Color Temperature:3000-6500K |
| 2 | Solar Panels | Power:90W Nominal Voltage:18V/17.5V Efficiency of Solar Cells:18% Material: Mono Cells/Poly Cells |
| 3 | Lithium Battery | Capacity:40 AH Nominal Volage:12V |
| 4 | Controller | Rated Current:5A Nominal Voltage:12V |
| 5 | Pole | Height:6m(A); Diameter:60/160mm(d/D); Thickness:3.0mm(B); Flange Plate:280*14mm(W"T) |
| 6 | Anchor Bolt | 4-M18 |
| 7 | Cables | 15m |
| 8 | Working Time:12 hours per day,2 days backup | |
Compared to conventional lead-acid batteries, they provide better range stability due to their high energy density, compact size, light weight, and high charge/discharge efficiency.
It is appropriate for high humidity and cold climates due to its long service life, high charge/discharge cycle life, low temperature discharge, and overcharge/over-discharge protection.
Solar energy is used, resulting in no electricity costs or carbon emissions. There are no cables required, and it provides continuous lighting even during power outages.
A controller allows for automatic switching via light and time control, which is more convenient.
Addressing nighttime lighting needs on village roads, rural roads, and field paths due to insufficient grid coverage.
Park trails, scenic walkways, community greenbelts, and small parking lots. Ideal for situations where lighting is scattered and maintenance is difficult.
Auxiliary roads in industrial parks, temporary roads at construction sites, and mining areas: supplying stable lighting either permanently or temporarily.
Suburban roads and highways. Reducing municipal investment while completing gaps in conventional municipal street lighting coverage.