Integrated Solar Street Light FN Series for Rural Roads
FN Series all-in-one solar street light is designed for rural roads and village lighting, with LiFePO4 battery, MPPT charging, IP66 protection and 5–7 rainy-day backup.
- All-in-One Solar Street Light for Rural Roads, Villages & Community Lighting
- 3–6m Recommended Mounting Height with Approx. 10–25m Preliminary Pole Spacing
- LiFePO4 Battery + MPPT Charging for Approx. 5–7 Cloudy/Rainy Days
- IP66 + IK09 Protection for Reliable Outdoor Rural Lighting
- Auto ON/OFF + Time Dimming + Motion Sensor with 5-Year Warranty
FN Series All-in-One Solar Street Light for Rural Roads & Village Lighting
The FN Series is an all-in-one solar street light developed for rural roads, village streets, barangay roads and community lighting where grid extension or underground cabling may be difficult. The solar panel, LiFePO4 battery, MPPT controller, LED module and smart lighting controls are integrated into a compact outdoor lighting system for easier installation and independent off-grid operation.
Recommended mounting heights are approximately 3–6m with preliminary pole spacing of about 10–25m, depending on the selected configuration, road width and required illumination. IP66 and IK09 protection support outdoor use, while automatic dusk-to-dawn operation, time dimming and motion sensing help manage energy throughout the night. With the solar panel, battery and lighting schedule correctly matched, the FN Series can be configured for approximately 5–7 cloudy or rainy days of backup.
Integrated Solar Street Light FN Series for Rural Roads Technical Specifications & Datasheet
| Model | FN | ||||
| Watts(w) | 50W | 100W | 150W | 200W | 250W |
| Lumens(Lumens) | 9000-11000LM | 18000-22000LM | 27000-33000 | 36000-44000LM | 45000-55000LM |
| Lithium 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 | ||||
| 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 | ||||
Get Your FN Rural Solar Street Light Solution
All-in-One Design + LiFePO4 Battery + MPPT + IP66 + 5–7 Rainy-Day Backup — Designed for rural roads, villages and community lighting projects.
FN Series All-in-One Solar Street Light | Rural Road & Village Lighting Video
Integrated Solar Street Light FN Series for Rural Roads Project & Application Cases
The FN Series is recommended for rural roads, village streets, barangay roads and community access lighting where grid extension or underground cabling is difficult. A preliminary installation range of approximately 3–6m mounting height and 10–25m pole spacing can be used for initial project planning, with the final layout adjusted according to road width, required illumination and the selected FN configuration.
Rural Roads & Villages: Suitable for village streets, rural access roads, residential communities, pathways and community roads requiring independent off-grid lighting. The all-in-one structure helps simplify installation where lighting points are widely distributed.
Schools, Clinics & Community Areas: FN can also be used around village schools, clinics, community entrances and public activity areas where reliable nighttime lighting is required without extending conventional power cables.
Suitable Markets: The FN Series is especially relevant for rural lighting applications in the Philippines, Laos, Nigeria, Kenya, Tanzania, Uganda and Ghana, where village and community solar lighting can reduce dependence on grid infrastructure. These are suitable-market recommendations rather than claims of completed FN projects.
Project Configuration: Pole height and spacing are preliminary references, not fixed rules. Final selection should consider road width, lumen output, target lux, optical distribution, nightly operating hours, local solar conditions and the required 5–7 cloudy/rainy-day backup. For larger rural projects, the lighting configuration can be adjusted to balance illumination, autonomy and project budget.
Integrated Solar Street Light FN Series for Rural Roads Production Process
Configuration Verification: FN production starts from the confirmed project configuration rather than LED wattage alone. Solar panel capacity, LiFePO4 battery, LED load, MPPT controller and lighting program are checked together to match the required nightly operating hours and 5–7-day backup design.
Component & System Assembly: The solar panel, battery, LED module, MPPT controller, motion sensor and internal wiring are integrated into the all-in-one housing. Component fixing, wiring connections, cable routing and sealing areas are checked during assembly to reduce connection and installation problems.
Charging & Lighting Test: Solar charging, automatic dusk-to-dawn operation, programmed time dimming, motion-sensor response and LED lighting functions are checked after assembly. Aging and functional inspection help identify abnormal battery, controller, LED or connection performance before packing.
Final Configuration Check: Model information, lighting program, mounting accessories and order configuration are reviewed before shipment, helping ensure that the supplied FN lights match the approved rural road or village lighting requirements.
Integrated Solar Street Light FN Series for Rural Roads Overview & Details
All-in-One Structure: The FN Series integrates the solar panel, LiFePO4 battery, MPPT controller, LED lighting and motion sensor into one compact fixture. This reduces external wiring and separate component installation, making it practical for distributed rural roads, village streets and community lighting.
Solar Charging & Battery: MPPT charging manages energy from the solar panel to the LiFePO4 battery, while the lighting program balances nighttime illumination with available stored energy. When correctly configured, the system can support approximately 5–7 cloudy or rainy days according to local solar conditions and actual lighting schedules.
Smart Lighting Control: Automatic dusk-to-dawn operation, programmable time dimming and motion sensing allow the FN Series to adjust lighting according to different periods of the night instead of operating at one fixed output continuously.
Outdoor Protection & Serviceability: The aluminum-alloy housing provides IP66 and IK09 protection for outdoor use. Battery, controller, sensor and wiring components can also be inspected and serviced when troubleshooting is required, helping simplify long-term maintenance for distributed solar lighting installations. Sungreat Energy’s own after-sales work has involved field diagnosis and replacement of these internal solar-lighting components.
Integrated Solar Street Light FN Series for Rural Roads Packaging & Delivery
Packing Protection: FN all-in-one solar street lights are protected with EPE foam or pearl cotton and reinforced export cartons to reduce impact, scratching and movement during international transportation. Extra protection is applied around the solar panel surface, LED area, housing edges and mounting connections.
Accessories & Order Identification: Mounting brackets, bolts and related installation accessories are prepared according to the confirmed FN configuration. For mixed-model, distributor or rural project orders, carton labels can identify the model, configuration or project batch for easier warehouse sorting and site distribution.
Project & Export Packing: Standard export cartons are suitable for most shipments, while pallets, wooden cases or additional moisture-resistant protection can be arranged for LCL, long-distance sea freight or larger project orders. Packing methods can also be adjusted according to order quantity and destination requirements. Sungreat Energy uses similar export-protection approaches across its solar street-light product lines.
Lead Time: Some standard FN configurations may be available from stock. Samples requiring production are generally prepared within approximately 2–3 days, while bulk orders typically require around 2–4 weeks depending on quantity, configuration, customization and the current production schedule.
Shipping & Project Delivery: Packing quantity, carton dimensions, gross weight, total CBM and loading arrangement are confirmed according to the final order before shipment. Packing lists, carton marks and shipping information can also be prepared to support receiving, inventory checking and installation for rural lighting projects.
FAQ of Integrated Solar Street Light FN Series for Rural Roads
Yes. The FN Series is designed for rural roads, village streets, community access roads and other off-grid areas where extending grid power and electrical cabling may be difficult or costly.
For preliminary project selection, the FN Series is recommended for approximately 3–6m mounting heights with about 10–25m pole spacing, depending on the selected model. Final spacing should be determined according to road width, required lumen output, target lux, optical distribution and installation layout.
The all-in-one design integrates the solar panel, LiFePO4 battery, MPPT controller and LED lighting into one unit, helping simplify installation for distributed rural lighting projects. With a correctly matched system configuration, approximately 5–7 cloudy or rainy days of backup can be designed according to local solar conditions and the actual lighting schedule.
For rural road projects, the final FN configuration should be selected according to road width, pole height, required illumination, daily lighting hours and local solar conditions rather than wattage alone.
FN Series solar street lights generally range from approximately USD 40–100 per unit, depending on the selected configuration, order quantity and project requirements. Customized models or special project configurations may have different pricing.
For rural road and village lighting projects, the main cost factors include:
- Lighting Output: Required brightness and road coverage affect the selected FN configuration.
- LiFePO4 Battery: Battery capacity is matched to nightly operating hours and the required backup period.
- Solar Panel: PV capacity is selected according to battery charging demand, local Peak Sun Hours and daily lighting schedule.
- Backup Requirement: A system designed for approximately 5–7 cloudy or rainy days requires the battery, solar panel and lighting program to be matched together.
- Order Quantity & Accessories: Quantity, mounting brackets, poles, packing and other project requirements can also affect the final quotation.
For an accurate comparison, solar street light prices should be evaluated using the same lumen requirement, battery capacity, solar panel capacity, operating schedule and backup requirement rather than comparing advertised wattage or unit price alone.
For FN rural lighting projects, the final configuration and quotation can be matched according to road width, pole height, required illumination, local solar conditions, daily operating hours and project quantity.
Yes. The FN Series can be configured for approximately 5–7 consecutive cloudy or rainy days when the LiFePO4 battery, solar panel capacity, LED load and lighting program are correctly matched to the project.
Actual backup time is not determined by battery capacity alone. It also depends on local solar conditions, consecutive rainy-day patterns, required nighttime brightness, daily operating hours and the programmed dimming or motion-sensor settings. MPPT charging and intelligent lighting control help manage the available solar energy during periods of reduced sunlight.
The 5–7-day backup rating does not mean the light operates continuously at maximum rated power throughout every night. Autonomy is achieved by matching the solar panel, battery, actual lighting load and operating schedule as one complete system.
For rural road and village lighting projects, the final backup configuration should be selected according to local weather conditions and the required nighttime lighting performance. Where longer rainy periods are expected, battery capacity, solar charging capacity or the lighting schedule can be adjusted to suit the project.
For preliminary rural lighting design, the FN Series is recommended for approximately 3–6m mounting heights with about 10–25m pole spacing, depending on the selected model and road conditions.
As a general reference:
3–4m mounting height with approximately 10–15m spacing can be considered for village pathways, narrow roads and smaller community areas.
4–6m mounting height with approximately 15–25m spacing can be considered for wider rural roads, village streets and community access roads requiring broader lighting coverage.
These values are preliminary references rather than fixed installation rules. The final FN model should be selected according to actual lumen output, road width, target lux, optical distribution, pole arrangement and required lighting uniformity—not advertised wattage alone.
Local Peak Sun Hours, required nightly operating time and the 5–7-day backup requirement should also be considered so that the LED load, LiFePO4 battery and solar panel remain correctly matched as one system.
For a rural road project, the most useful starting information is the road width, pole height, required lighting level, pole spacing and local solar conditions. The FN configuration can then be adjusted to balance road illumination, energy autonomy and project cost.
The FN Series integrates four core components—solar panel, LiFePO4 battery, MPPT controller and LED lighting—into one compact unit, simplifying installation for rural roads, villages and community lighting projects.
Because the system operates independently from the utility grid, underground power cables and long-distance electrical trenching are generally not required. This can reduce civil work and make installation more practical in remote areas where grid extension is difficult or expensive.
The integrated structure also reduces the number of separate components and external connections that need to be managed during installation. After the pole and mounting position are prepared, the light can be installed and configured according to the required operating mode.
For long-term operation, maintenance should focus on keeping the solar panel free from excessive dust or shading, checking mounting bolts and brackets, confirming sensor and lighting operation, and monitoring battery performance. The inspection frequency can be adjusted according to local dust, rainfall, temperature and site conditions.
For rural projects with many distributed lighting points, the simplified all-in-one structure can make installation, inspection and future maintenance easier to organize than a system with multiple separately mounted components.
The FN Series comes with a 5-year warranty and is designed with IP66 protection, IK09 impact resistance and an operating temperature range of −25°C to +65°C for outdoor solar lighting applications.
For rural and village projects, after-sales support can include remote troubleshooting based on operating information, photos, videos and electrical measurements. Common checks may cover the solar panel, LiFePO4 battery, MPPT controller, motion sensor, LED module and wiring connections.
If a component problem is identified, technical guidance can be provided for inspection, repair or replacement of the affected module instead of replacing the entire lighting system unnecessarily. Sungreat’s existing solar street lighting after-sales process includes battery, solar panel, controller/sensor and LED module diagnosis and replacement guidance.
For larger rural lighting projects, keeping clear model records, installation information and a small quantity of critical spare components can also make future maintenance more efficient. Final warranty scope and project-specific after-sales arrangements can be confirmed with the quotation and order requirements.
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