Short answer: Yes. Pole-reuse retrofitting keeps the existing pole and adds smart modules — the pole stays in place and functions are layered on. Compared with building new smart poles, it saves 40–60% and requires no road excavation.
Projects can proceed as "one assessment, phased installation": start with lighting control and per-lamp dimming, then add surveillance, public address and environmental sensing as budget and needs allow.
| Module | Main function | Typical specification |
|---|---|---|
| Smart lighting controller | Remote dimming, time-based strategy | 0-10V / PWM / DALI, 40-60% energy saving |
| PTZ / surveillance camera | Plate capture, night vision | 2-4 MP |
| Public address speaker column | Emergency announcement | 30-60W, IP65 |
| Environmental sensor | PM2.5 / temperature & humidity / noise | All-in-one, RS485 / 4G |
| EV charger / LED screen / WiFi | Charging / information release / coverage | 7kW / P3 / dual-band |
| Item | New-build smart pole | QIJIUJIU pole-reuse retrofit |
|---|---|---|
| Initial investment | Higher (pole body is 30-40%) | No pole cost — save 40-60% |
| Installation time | Multiple trades, long cycle | 0.5-1 day per pole |
| Road impact | Excavation required | No pole cutting, no road breaking |
| Delivery approach | One-off investment | Assess once, install in phases |
The pole structure must be sound, the foundation secure and the reserved conduit usable, and it must pass a structural safety assessment (material, corrosion, foundation, wind-load margin) to determine the mountable grade before any module is added.
It depends on load-bearing and power margins. Where margins allow, a pole-mounted micro base station can be added; reserve load and power headroom at the initial design stage.
Added modules carry an independent 2-3 year warranty and connect to the same platform for centralised O&M; the original pole remains the responsibility of its original manufacturer, giving a clear division of responsibility.
Yes. We provide EMC energy-retrofit capability, allowing projects to proceed on an energy-savings-sharing basis that reduces the owner's upfront pressure.