Integrated Solar Street Light 4G WiFi PTZ CCTV Camera BKC Series 20W–150W
20W–150W solar street light with 2MP PTZ CCTV, 4G/WiFi remote viewing and cloudy/rainy-day backup for municipal security projects.
- 20W–150W models pair matched solar panels with CCTV and lighting loads
- 2MP 1080P PTZ camera provides full-color day-and-night monitoring
- Mobile app and PC software support live viewing and PTZ control
- 4G or WiFi versions fit remote sites or existing wireless networks
- MPPT and LiFePO4 battery can be configured for 5–7 cloudy/rainy-day backup
BKC Series 20W–150W Solar Street Light with 4G/WiFi PTZ Camera
The BKC Series combines 20W–150W solar street lighting with an integrated 2MP 1080P PTZ camera for municipal roads, industrial parks, parking lots, construction sites, residential areas and remote security applications.
4G and WiFi versions are available to match different site conditions. The camera supports full-color night vision, remote pan, tilt and zoom control, and real-time viewing from mobile phones or computers. For projects that need solar surveillance without a built-in street light, the Y5 solar-powered PTZ CCTV camera is a good alternative.
The 20W–150W configurations use monocrystalline solar panels, LiFePO4 batteries and MPPT controllers to support nighttime lighting and ongoing camera operation. Automatic lighting control and timed dimming help manage energy use, while the 5–7 cloudy or rainy days backup depends on battery configuration, lighting schedule, camera usage and local solar conditions.
Integrated Solar Street Light 4G WiFi PTZ CCTV Camera BKC Series 20W–150W Technical Specifications & Datasheet
| Model | BKC | ||||||||
| Watts(w) | 20W | 30W | 40W | 60W | 80W | 100W | 120W | 150W | 200W |
| Lumens Output(lm) | 3600-4400LM | 5400-6600LM | 7200-8800LM | 10800-13200LM | 14400-17600LM | 18000-22000LM | 21600-26400LM | 27000-33000LM | 33000-35000LM |
| LiFePO₄ Battery(AH) | 3.2V 75AH | 3.2V 112AH | 3.2V 150AH | 12.8V 54AH | 12.8V 72AH | 25.6V 48AH | 25.6V 54AH | 25.6V 72AH | 25.6V 84AH |
| Solar Panel | 6V 50W | 6V 70W | 6V 100W | 18V 150W | 18V 200W | 36V 240W | 36V 300W | 36V 360W | 36V 400W |
| 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 (Can be modified based on requirement, with or without sensor) | ||||||||
| Material | Aluminium alloy | ||||||||
| Pole Upper Diameter | φ70-φ76mm | ||||||||
| Controller | MPPT | ||||||||
| IP Rating/IK Class | IP66/IK09 | ||||||||
| Camera Information | 4G/WiFi, 24-hour operation, full-color night vision, 64GB MicroSD card, 2MP 1080P camera | ||||||||
| Mounting Height(Recommend) | 4-6m | 4-6m | 5-7m | 5-7m | 5-7m | 8-10m | 8-10m | 11-13m | 11-13m |
| Space between poles(Recommend) | 15-25m | 15-25m | 20-30m | 20-30m | 20-30m | 30-45m | 30-45m | 40-50m | 40-50m |
| Warranty | 5 Years | ||||||||
Compare camera resolution, 4G/WiFi coverage, battery capacity and weather protection in our solar street light with camera selection guide.
Get a Free Quote for BKC Solar Street Lights with PTZ Camera
20W–150W Lighting + 24/7 Monitoring – 4G/WiFi, Full-Color Night Vision and 5–7 Days Backup! Get your project price today.
BKC Integrated Solar Street Light with 4G/WiFi PTZ CCTV Camera Video
Integrated Solar Street Light 4G WiFi PTZ CCTV Camera BKC Series 20W–150W Project & Application Cases
The BKC Series combines automatic nighttime lighting with remote CCTV monitoring for municipal roads, industrial parks, parking areas, construction sites, schools and residential communities where grid power or cable installation is difficult.
WiFi versions use an existing wireless network, while 4G models require compatible mobile coverage. Authorized users can check the site remotely through a phone or computer.
For projects in Saudi Arabia, the UAE, Nigeria and the Philippines, LED power, solar panels, LiFePO₄ batteries and camera settings can be matched to local temperatures, seasonal sunlight, network availability and required operating hours. A related application reference is Sungreat Energy’s 500-unit solar CCTV deployment in Nigeria.
Integrated Solar Street Light 4G WiFi PTZ CCTV Camera BKC Series 20W–150W Production Process
Configuration & Assembly
Production follows an approved configuration sheet covering LED wattage, solar panel, battery capacity, MPPT controller, camera version and lighting schedule. Components are checked against this sheet before assembly. Power and signal wiring are routed separately and secured to reduce interference between the lighting and camera systems.
Whole-System Testing & Final Checks
The assembled system is checked for solar charging, battery discharge, LED operation, automatic dimming, PTZ movement, night vision, wireless connectivity, local recording and remote viewing. Labels, accessories and mounting parts are then checked against the order before packaging.
Integrated Solar Street Light 4G WiFi PTZ CCTV Camera BKC Series 20W–150W Overview & Details
The BKC Series combines 20W–150W solar street lighting and CCTV surveillance for roads, parking lots and industrial sites where grid power is difficult to access.
Lighting System
Philips, Osram or USA Bridgelux LEDs are available with 2700K–6500K color temperatures and optics selected for the road layout. Automatic switching and timed dimming manage nighttime lighting, with a motion sensor available as an option.
4G or WiFi PTZ Camera
The 2MP 1080P PTZ camera provides full-color night vision, live viewing and remote PTZ control through a smartphone or computer. WiFi versions use an existing wireless network; 4G versions require compatible mobile coverage at the installation site.
Local Recording & Storage
A 64GB MicroSD configuration stores footage locally for playback. Recording duration depends on video bitrate, recording mode and daily recording hours.
Solar Power System
The 20W–150W configurations pair 50W–360W monocrystalline panels with LiFePO₄ batteries and MPPT controllers. Solar power supplies the camera and charges the battery during daylight; stored energy powers lighting and surveillance after sunset. System sizing accounts for local sunlight and both electrical loads.
Housing & Mounting
The IP66/IK09-rated aluminum housing provides outdoor protection. The mounting interface fits Φ70–76mm pole connections, with custom brackets and mounting hardware available for different installation arrangements.
Integrated Solar Street Light 4G WiFi PTZ CCTV Camera BKC Series 20W–150W Packaging & Delivery
Export packaging for the BKC Series combines model-specific EPE foam with reinforced export cartons to protect the PTZ camera lens, wireless antenna, solar panel surface, LED optics and aluminum housing during handling and transport. Camera accessories, mounting hardware and installation instructions are packed with the corresponding model, helping installation teams locate the correct parts when unpacking.
For orders containing different wattages or a combination of 4G and WiFi cameras, carton labels identify the power rating, camera version and order details. These markings help warehouse teams check incoming goods and allocate the correct units to different project locations. Model information and accessories are checked before packaging to reduce mismatches during site installation.
Production lead times generally start after receipt of payment: approximately 3–7 working days for sample orders and 15–22 working days for standard bulk orders. Customized project schedules depend on order quantity and camera configuration. These lead times cover order preparation and production; transportation time is calculated separately when planning the installation schedule.
Estimated Sea Freight Transit Times
| Destination Region | Estimated Transit from Vessel Departure |
|---|---|
| Southeast Asia | Approximately 10–18 days |
| Middle East | Approximately 18–30 days |
| East Africa | Approximately 22–35 days |
| West Africa | Approximately 35–45 days |
These sea transit estimates start from vessel departure. Production, arrangements before departure, destination customs clearance and inland delivery require separate time allowances. Actual sea transit varies with the destination port, vessel schedule and any transshipment along the route.
FAQ of Integrated Solar Street Light 4G WiFi PTZ CCTV Camera BKC Series 20W–150W
Yes. The 4G version allows remote viewing at sites without WiFi, provided a compatible mobile network is available.
| Network at the installation point | Suitable camera version |
|---|---|
| Stable WiFi with internet access | WiFi version |
| No WiFi, but compatible mobile coverage | 4G version |
| Neither WiFi nor compatible mobile coverage | Remote viewing requires a supported network connection first |
Check the signal at the actual pole location before ordering. For the 4G version, confirm local carrier compatibility and data-plan requirements.
Yes. The BKC Series combines nighttime LED lighting with a 2MP 1080P PTZ camera designed for 24-hour monitoring. During daylight, the monocrystalline solar panel supplies the camera and charges the LiFePO4 battery through an MPPT controller. After sunset, stored energy powers both the lighting and the camera.
Supporting both functions requires the solar panel and battery to match the total daily energy demand. This includes the lighting schedule, camera operation, night vision and wireless transmission. Local sunlight and the required backup duration determine the configuration. For projects requiring continuous video recording, the recording mode and storage capacity should also be confirmed.
The BKC Series supports local video recording on a MicroSD card, with a 64 GB configuration listed in its specifications. Footage is stored in the camera for later playback, providing a local recording option without requiring a separate recorder for that purpose.
The number of days stored depends on the video bitrate, recording mode and daily recording hours. Higher bitrates generally preserve more image detail but use storage faster. Lowering the recording quality can extend storage time, although it may make important details harder to see when reviewing an incident.
For a project requiring seven days of footage, clarify whether this means continuous recording or selected event clips. These require different amounts of storage. The camera’s supported recording modes, maximum card capacity and actual settings should be checked against the required retention period. A 64 GB capacity alone does not establish how many days of footage will be available.
Solar-powered CCTV becomes particularly useful when bringing electricity and network cables to the camera location involves substantial construction work. The BKC Series combines street lighting and surveillance at one pole, allowing both functions to operate without extending a grid-power cable to the unit.
Typical situations include:
- Remote roads and entrances: Long cable routes can add excavation, conduit, labour and surface-restoration costs.
- New developments: Lighting and monitoring may be needed before permanent electrical infrastructure is ready.
- Active construction sites: Avoiding long exposed cable runs can reduce interference with site operations and the risk of cable damage.
Solar installation still requires suitable mounting, sufficient sunlight and a compatible wireless connection for remote viewing. Compare the complete costs, including equipment, installation, maintenance and any mobile-data charges. Where reliable power and network cabling already reach the required location, a wired system may be more economical. The strongest case for solar is where the infrastructure work avoided makes a meaningful difference to the project.
No. Direct sunlight is not required at every moment. The BKC monocrystalline solar panel can generate electricity from diffuse daylight, although output decreases under cloud cover. The LiFePO4 battery supplies stored energy when solar generation is insufficient.
Cloudy weather and permanent shade create different problems. Battery reserves can support operation through periods of reduced sunlight, while a panel beneath trees or behind a building may receive too little energy day after day. A larger battery provides more reserve, but it cannot compensate indefinitely for inadequate charging.
Install the panel where it receives good sunlight exposure, including during the season with the lowest solar availability. The panel and battery should be matched to the lighting schedule and camera consumption, including nighttime monitoring. Backup duration depends on the starting battery charge, available sunlight and operating settings, so cloudy-day performance should be assessed for the actual project conditions.
The BKC camera supports live viewing and remote PTZ control through a mobile app and PC software. Connection to an existing recorder or a wider security platform depends on the selected camera’s supported interfaces and the receiving system.
Different connections require different checks:
| Intended connection | What needs to be verified |
|---|---|
| Mobile app or PC software | Supported software, account setup and available viewing or control functions |
| Existing network video recorder | Camera compatibility, connection method and supported recording functions |
| Security or smart-city platform | Required video interfaces, PTZ control, event handling and any additional integration work |
A 4G or WiFi connection provides network access; compatibility with another security system must be checked separately. For an existing installation, provide the recorder or platform name and the functions required, such as live viewing, centralized recording or alarm linkage. This allows the proposed connection to be evaluated before the camera configuration is finalized.
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