Integrated Solar Street Light 4G WiFi PTZ CCTV Camera FNC Series 50W–250W
FNC 50W–250W solar street lights combine off-grid lighting with remote PTZ camera viewing over 4G or Wi-Fi for EPC sites.
- 50W–250W models deliver 9,000–55,000 lm for varied site lighting needs
- Solar panel, LiFePO₄ battery and MPPT controller support off-grid operation
- 2MP PTZ camera offers night vision and remote 360° rotation, one view at a time
- 4G or Wi-Fi enables mobile and PC viewing where stable signal reaches the pole
- Auto ON/OFF, timed dimming and motion sensing help manage power use at night
FNC Integrated Solar Street Light with 4G/WiFi PTZ CCTV Camera for Off-Grid Security Projects
Sungreat Energy’s FNC Series combines solar street lighting with a 2MP PTZ camera in one pole-mounted unit for roads, residential areas, warehouse perimeters and other sites without convenient grid access. Its integrated system includes a solar panel, LiFePO₄ battery, MPPT controller and LED modules. Five lighting options from 50W to 250W provide listed outputs from 9,000 to 55,000 lm. Recommended mounting heights are 3–4 m for 50W and 100W models, and 4–6 m for 150W–250W models. The camera supports night vision, mobile or PC viewing, and remote 360° rotation through 4G or Wi-Fi. 4G requires compatible local coverage, supported bands, an active SIM and data plan; Wi-Fi must reach the pole. The camera views one direction at a time, so confirm sightlines and obstructions. Automatic on/off, time dimming and motion sensing help manage lighting use.
Integrated Solar Street Light 4G WiFi PTZ CCTV Camera FNC Series 50W–250W Technical Specifications & Datasheet
| Model | FNC | ||||
| Watts(w) | 50W | 100W | 150W | 200W | 250W |
| Lumens(Lumens) | 9000-11000LM | 18000-22000LM | 27000-33000 | 36000-44000LM | 45000-55000LM |
| Lifepo4 Battery(AH) | 3.2V 11.25AH | 3.2V 18AH | 3.2V 25AH | 3.2V 30AH | 3.2V 35AH |
| Solar Panel | 6V 16W | 6V 22W | 6V 32W | 6V 36W | 6V 42W |
| LED Chip | Philips/Osram/USA Bridgelux | ||||
| CCT(K) | 2700-6500K(customized) | ||||
| CRI | >70 | ||||
| Lighting Efficiency | 180-220lm/w | ||||
| Rainy Days | 5-7 cloudy/ rainy days | ||||
| Work Temperature | -25℃－+65℃ | ||||
| Work Mode | Auto ON/OFF, Time Dimming, Motion Sensor | ||||
| Material | Aluminium alloy | ||||
| Pole Upper Diameter | φ70-φ76mm | ||||
| Controller | MPPT | ||||
| IP Rating/IK Class | IP66/IK09 | ||||
| Camera Information | Wifi/4G, 24-hour working, night vision, 64G memory card, 2M pixel | ||||
| Mounting Height(Recommend) | 3-4m | 3-4m | 4-6m | 4-6m | 4-6m |
| Space between poles(Recommend) | 10-15m | 10-15m | 15-25m | 15-25m | 15-25m |
| Warranty | 5 Years | ||||
Bring Solar Lighting and PTZ Monitoring Together
FNC 50W–250W | 2MP PTZ | 4G/Wi-Fi
FNC Series 50W–250W Integrated Solar Street Light with 2MP 4G/Wi-Fi PTZ CCTV Camera
Integrated Solar Street Light 4G WiFi PTZ CCTV Camera FNC Series 50W–250W Project & Application Cases
The figures below are starting points for project planning, not a final lighting design or a record of a completed installation. Final model selection and pole positions depend on road width, the required lighting level, solar exposure and camera sightlines.
For community roads and residential areas, FNC 50W or 100W units can be assessed at mounting heights of 3–4 m, with 10–15 m between poles. Check the proposed wattage and spacing against the road width and required lighting level before fixing the layout.
For industrial sites, farms and remote entrances, FNC 150W–250W units can be assessed at mounting heights of 4–6 m, with 15–25 m between poles. Treat these figures as a starting point; site layout, shading and lighting targets may change the final selection.
The listed 2MP PTZ camera supports night vision and remote viewing on a mobile device or PC over 4G or Wi-Fi. Its 360° movement lets the camera turn in different directions, but it views one direction at a time. Walls, buildings and trees can still block the view. Mark gates, corners and other priority areas on the site plan, then check the camera view from each proposed pole. If several directions must remain visible at the same time, plan camera positions to provide that coverage.
For 4G installations, check carrier coverage and compatible bands at each pole, and allow for an active SIM and data plan. For Wi-Fi installations, make sure the network reaches every camera location; coverage at the site office alone may not be enough.
On a straight 500 m run, 20 m spacing gives 25 intervals. With a pole at each end, the initial lighting estimate is about 26 poles. This is a pole count for preliminary lighting layout only; it does not confirm camera coverage. Curves, intersections, entrances and side roads may change the final count.
To prepare a project layout, share the site location, a plan showing road length and width, proposed pole positions and heights, lighting targets, camera viewing areas, 4G or Wi-Fi conditions, operating hours, recording retention needs, and typical sunlight and shading. This gives the project team the information to review lighting, camera coverage and pole quantity together.
Integrated Solar Street Light 4G WiFi PTZ CCTV Camera FNC Series 50W–250W Production Process
Production follows the approved configuration for the order. Sungreat Energy matches the selected 50W, 100W, 150W, 200W or 250W model with its specified solar panel, LiFePO₄ battery, MPPT controller, PTZ camera and 4G or WiFi version. This keeps the lighting, power and communication components aligned with the project requirements.
Incoming checks compare the LED module, solar panel, battery, controller, PTZ camera, antenna, aluminium housing and order-specific accessories with the approved configuration. The 4G or WiFi version receives particular attention, since the wrong communication type can prevent remote access after installation.
After assembly, the system test covers solar charging response, LED operation, automatic on/off, time-based dimming and motion sensing. Camera checks include PTZ movement, night vision, 4G or WiFi connection, live viewing on mobile or PC, and local recording where it is included in the approved configuration.
Before packing, completed units are checked against the order for model, wattage, communication version, labels, accessories and quantity. This helps installers receive the correct product mix for the project.
For EPC tenders, include any required aging duration, 4G connectivity test records, battery SOC records, waterproof test documents, inspection sampling plan or custom-label format in the RFQ or purchase order. Agree on the test scope, acceptance criteria and report format for the project; general catalog information does not confirm that project-specific tests or documents are included.
Integrated Solar Street Light 4G WiFi PTZ CCTV Camera FNC Series 50W–250W Overview & Details
The Sungreat Energy FNC Series combines a solar street light and a 2MP PTZ camera in one pole-mounted unit. For EPC projects, the model selection needs to account for lighting layout, camera coverage, network access and the required operating schedule.
Camera coverage and network
The listed camera supports night vision, remote PTZ movement and access through 4G or Wi-Fi on mobile devices and computers. Its 360° rotation lets the operator change the camera’s viewing direction; one PTZ camera still views one direction at a time. Mark gates, corners, walls, trees and other obstructions on the site plan, then check the camera view separately from the lighting layout.
For 4G projects, check compatible carrier bands and signal strength at the planned pole locations, along with SIM activation and data costs. Wi-Fi is suitable when stable coverage reaches the poles. The listed 24-hour camera operation does not, by itself, define continuous recording or footage retention. Confirm the recording mode and required retention period for the project.
Lighting and pole layout
The FNC range covers five lighting models from 50W to 250W, with listed outputs of 9,000–55,000 lm and efficacy of 180–220 lm/W. The current page gives these preliminary mounting and spacing recommendations:
| FNC model | Recommended mounting height | Preliminary pole spacing |
|---|---|---|
| 50W and 100W | 3–4m | 10–15m |
| 150W, 200W and 250W | 4–6m | 15–25m |
These ranges are starting points for lighting layout. Road width, pole arrangement, target illuminance and uniformity affect the final spacing. Use an IES or DIALux layout where the project requires photometric verification, and plan camera views separately; spacing that works for lighting may still leave surveillance blind spots.
Solar sizing and installation
The solar panel, battery and MPPT controller need to be assessed as one system. For project sizing, use the confirmed panel wattage and total battery energy in Wh, then compare them with local peak sun hours, shading, temperature, lighting schedule, camera use and required backup days. Automatic on/off, time-based dimming and motion sensing can help manage energy use, depending on the selected settings.
The FNC listing gives a pole-top diameter of Φ70–Φ76mm. Check the actual pole diameter and bracket fit, as well as pole strength and foundation requirements under local wind conditions. Pole height alone does not establish whether an existing pole is suitable.
The product page lists 64GB local memory-card storage. Confirm whether the card is included in the order and whether its capacity meets the required retention period. Actual recording time depends on bitrate, image settings and recording mode; event recording and continuous recording use storage differently.
For a project review, provide the site plan, road or perimeter dimensions, planned pole positions, lighting target, network type, camera viewing zones, operating schedule, recording-retention target and local solar conditions.
Integrated Solar Street Light 4G WiFi PTZ CCTV Camera FNC Series 50W–250W Packaging & Delivery
FAQ of Integrated Solar Street Light 4G WiFi PTZ CCTV Camera FNC Series 50W–250W
Yes. The 4G version can connect where Wi-Fi is unavailable, provided there is compatible local coverage and an active SIM card with a data plan. Check the carrier’s supported bands and signal at the planned pole locations before ordering, and allow for ongoing data costs.
The FNC specification lists a 2MP camera with night vision, but that alone cannot guarantee identification. Distance, lens and viewing angle, mounting height, target movement and available light all affect the image. PTZ lets the operator change the viewing direction; it does not capture every direction at once. If face or plate detail is required, review sample footage from the planned height and distance before approval.
No. The specification lists 24-hour camera operation and a 64GB memory card, but does not state the recording mode or retention time. Continuous recording needs more storage and may increase power demand. Confirm the supported modes, whether the card is included, and the expected retention at the selected settings.
A dependable runtime cannot be stated without the confirmed battery configuration and load schedule. Lighting hours and dimming, camera and recording mode, and local low-sun conditions all affect autonomy. Confirm the usable battery energy and test conditions for the project location; a cloudy-weather figure should not be read as full-output operation unless the test profile confirms it.
For a straight 500 m road with a single row on one side and a pole at both ends, round up the number of spacing intervals, then add one pole:
- FNC 50W or 100W at 10–15 m spacing: 35–51 poles. At 15 m, round up 500 ÷ 15 to 34 intervals, then add one pole: 35. At 10 m, 50 intervals plus one pole gives 51.
- FNC 150W, 200W or 250W at 15–25 m spacing: 21–35 poles. At 25 m, 20 intervals plus one pole gives 21. At 20 m, 25 intervals plus one pole gives 26.
These are preliminary lighting counts. A closed perimeter does not need a duplicate endpoint pole; two-sided or staggered layouts need a separate count for each row. Road width, turns, gates, lighting targets and photometric checks can change the final layout. Camera coverage should be planned separately.
Install an approved sample at a representative location first. Check the selected Wi-Fi or 4G connection and remote live view at the pole, PTZ movement, night footage at the required distance, recording and playback, and the agreed lighting, dimming and motion settings.
Record charging and operation against the project schedule. A short trial can reveal setup or coverage problems, but it cannot establish seasonal cloudy-weather autonomy. Agree on acceptance criteria and the required battery and site-energy evidence before releasing the bulk order.
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