All-in-One Solar Street Light (30W–100W)
Integrated solar panel, lithium battery, LED fixture, and motion sensor in one housing. IP65, 10-hour daily runtime, CE certified. No cabling required.
What to Check When Sourcing
All-in-one solar lights look identical across price points; the difference is in battery capacity (often misrepresented), LED efficacy, and charge controller quality.
Battery capacity verification. A 30W LED fixture running for 10 hours requires at least 300Wh of usable energy. With an integrated 18V panel and 80% overall system efficiency, the battery must hold at least 375Wh. Demand the actual battery capacity spec (Wh or Ah × V) and discharge-test samples before committing.
LiFePO4 vs. LiPo battery. Many budget all-in-one lights use LiPo batteries because they’re cheaper and lighter. LiPo is less suitable for outdoor use: capacity degrades faster in heat, and the swelling failure mode is a fire risk in a sealed housing. For reliability in hot climates, specify LiFePO4 explicitly.
Motion sensor coverage vs. fixture height. A PIR sensor rated for “8m detection” performs differently at 5m vs. 8m pole height. Request a vertical/horizontal detection pattern diagram from the factory and test samples at your intended installation height.
Common Issues
Panel-to-battery wiring and connector quality — Internal connectors are a common failure point in all-in-one lights. Open a sample unit and inspect the soldering quality and connector types. Push-in terminals are less reliable than soldered wire connections.
Cold climate battery cutoff — LiFePO4 should not be charged below 0°C (BMS should cut charge, not discharge). Verify BMS cutoff settings for your target installation climate.
Have a sourcing project in mind?
Tell us what you need. We respond within 24 hours, including weekends.