Applications：
Solar AC Hybrid Street Light Complete Kit (With Pole and Battery)
Skip the hassle of sourcing parts separately. Our Solar AC Hybrid Street Light comes as a fully integrated complete kit, including a high-efficiency LED fixture, a LiFePO4 battery, and a heavy-duty galvanized steel pole. Grid support can be configured for periods of low solar input when AC power is available. Transfer behavior and backup duration depend on the selected controller, usable battery energy and project design.
Solar AC Hybrid Street Light with project-configured solar and AC priority modes. 30–240W LED, LiFePO4, IP66/IK09, 100–720W panels—project-ready.
Description
Features
High-Performance Solar Street Light with Pole and Battery
The Solar AC Hybrid Street Light combines high-efficiency solar power with intelligent AC-grid integration to support project-specific operating requirements. In Solar Energy Priority mode, the controller is intended to use stored solar energy first, with grid support when the configured battery threshold is reached and AC power is available. In AC-Grid Priority mode, backup operation during a grid outage depends on usable battery energy and controller settings. The final switching sequence and grid consumption should be confirmed for the quoted configuration and operating schedule.
Project-grade configurations include 30–240W LED power with >180 lm/W luminous efficacy, long-life LiFePO4 batteries, IP66/IK09 protection, and 100–720W A-grade mono-crystalline solar panels, paired with 6–12 m poles according to the road class and lighting standard.
Key Features
- Complete All-in-One Kit: Every order includes the LED light head, solar panel, built-in high-capacity battery, and a customized mounting pole.
- Premium Battery Storage: Uses LiFePO4 battery technology. Confirm inspection intervals, expected service life and backup period for the selected battery, load and operating profile.
- Heavy-Duty Light Pole: Includes a rust-resistant, hot-dip galvanized steel pole engineered to withstand high wind loads and harsh weather conditions.
- Smart AC Hybrid Technology: Solar-priority operation and grid transfer depend on the selected controller and its approved battery thresholds.
- Factory-Direct Customization: Pole heights (6m to 12m) and battery capacities can be customized to meet your specific project requirements.
Independent Solar Panel Design Provides Higher Solar Power
The independent solar panel design allows optimal positioning for maximum sunlight exposure, reducing shading and improving energy harvesting efficiency. This ensures higher solar yield and more stable lighting performance.
Extreme Bright 5050 LEDs for High Luminous Output
The luminaire uses premium 5050 LED chips with very high efficacy, enabling much higher brightness than conventional street lights using older 3030 or 2835 packages. The larger chip size and optimized optical design deliver strong, uniform roadway illumination while keeping the system’s power consumption and operating temperature under control.
Roadway Optics and Layout Verification
Specially engineered light distributions (Type II / Type III) and a wider beam angle increase the effective illumination area and improve lighting uniformity on the road surface. This helps reduce dark spots and glare, making the system suitable for rural roads, urban streets, highways, and residential areas that require both safety and visual comfort.
Plug & Play Fast Installation
All components are connected via waterproof quick-connect connectors, making maintenance and replacement very convenient.
LiFePO4 Battery and Service-Life Planning
The system uses LiFePO4 battery technology. Expected service life, inspection intervals and replacement planning depend on the selected battery, depth of discharge, temperature and controller settings. Request model-specific battery data and warranty terms with the project proposal.
Reliable Operation in Harsh Environments
With IP66 ingress protection for the complete luminaire and IK09 impact resistance, the Solar AC Hybrid Street Light is engineered for long-term outdoor exposure. High-temperature-resistant LiFePO4 batteries, robust die-cast aluminum housings and a smart temperature-management strategy in the controller ensure safe operation in hot climates. The system is designed to withstand strong winds and heavy rain, making it suitable for coastal regions, tropical areas and harsh industrial environments.
LED Lamp Options
For different application scenarios, we provide the following lamps as the light source of the Solar AC hybrid street light series split type solar street light.
Working Principle
Two power supply modes are available for the solar AC hybrid street light
The Solar AC Hybrid Street Light offers flexible operating modes through programmable control:
Solar Energy Priority
In Solar Energy Priority mode, the controller is intended to use stored solar energy first. Transfer to AC power depends on grid availability and the battery threshold configured for the quoted controller. The return threshold, delay and light output during transfer should be documented and checked at commissioning.
AC-Grid Power Priority
In AC-Grid Power Priority mode, the controller is intended to use mains input first. Battery-backed lighting during a grid outage depends on usable stored energy, load and the selected transfer settings. Confirm backup duration and transfer behavior for the project configuration.
Is a solar–AC hybrid system right for your project?
This configuration uses solar generation with an AC-grid connection available for backup. If your poles have no grid connection, start with our off-grid solar street light options instead. For projects evaluating both solar and wind generation, compare our Solar Wind Hybrid Street Light. The final equipment list and operating mode should be confirmed against your site requirements before quotation.
For a useful proposal, share the project location, road or site type, quantity, lighting schedule, dimming profile, grid availability and required backup period. The quoted design should state LED load, usable battery energy, worst-month PV assumptions, controller thresholds and its calculated backup period. Drawings or a BOQ are helpful but not required for an initial review.
Planning foundations and commissioning? Use the installation checklist to identify site information that affects the final design.
Technical Specifications
What’s Included in the Complete Solar Street Light System?
| LED Lamp | LED Power | 30–240 W | Solar Panel | Cell Type | Monocrystalline |
| Luminous Efficacy | > 180 lm/W | Power | 100–720 W | ||
| Luminous Flux | 5,400–43,200 lumens | Light Pole | Horizontal Angle | 360° adjustable | |
| Color Temperature | 3000–6000 K | Suggested Height | 6–12 m | ||
| Lighting Distribution | Type II, Type III | Material & Finishing | Galvanized steel / aluminum with powder coating | ||
| Housing Material | Die-cast aluminum | System | Working Temperature | –20°C to +65°C | |
| Lamp Adaptor | 60 mm spigot diameter | Protection Levels | IP66 / IK09 | ||
| Product/Package Size | 710 × 325 × 145 mm / 770 × 360 × 200 mm | Wind Resistance | Designed for wind speeds up to 120 km/h | ||
| Lithium Battery | Battery Type | Pouch-type Lithium Iron Phosphate (LiFePO4) | Life Span | LED lamp: > 20 years | |
| Rated Capacity | Up to 75 Ah / 25.6 V (≈1920 Wh) | Battery service life: Model-specific; confirm operating conditions and written warranty terms. | |||
| BMS Unit | Provides multiple protections for the battery | Solar controller: > 20 years | |||
| Battery Location | Built inside the lamp fixture | Solar panel: > 25 years | |||
| Solar Controller | Capacity | 10–40 A | Light pole: > 30 years |
Interior Structure
See what’s inside the Solar AC Hybrid Street Light.
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Super Bright LED Lamp
Featuring advanced 5050 LED chips with an impressive efficiency of up to 220lm/w, this lighting solution delivers extreme brightness and reliable performance. Designed with high-temperature resistance and low thermal resistance, it ensures a longer LED lifespan. The thick aluminum heat sink, combined with a fast heat dissipation module, guarantees optimal performance and durability, while the easy-maintenance design simplifies upkeep.
Strong Lighting Pole
The strong lighting pole is constructed from Grade A hot-dip galvanized steel, ensuring exceptional durability and anti-corrosion performance. Made from a single piece of steel sheet, it features a seamless design with a powder coating for enhanced rust resistance. Withstanding wind speeds of over 120 km/h, this pole is built for stability in extreme weather conditions. Its robust construction guarantees a lifespan of over 25 years, making it an ideal choice for long-term outdoor applications.
Smart Solar Controller
The Smart Solar Controller offers high efficiency with a smart power-saving mode that optimizes energy use. It operates with constant current and an IP67 rating, ensuring reliable performance even in harsh environmental conditions. This advanced design significantly reduces the light failure rate, providing consistent brightness over time. Additionally, the controller includes multiple protection features that effectively safeguard the battery, enhancing its longevity and ensuring the system’s overall durability and safety.
Solar Panel
The solar panel features A-class quality with a high charging efficiency of 21%. This ensures optimal energy conversion, maximizing power generation even under varying sunlight conditions. Its premium design guarantees reliability and long-term performance, making it a highly efficient and durable solution for solar energy applications.
Durable LiFePO4 Lithium Battery
The fixture uses a LiFePO4 battery. Ask for the quoted battery model, operating conditions, maintenance guidance and written warranty when reviewing expected service life.
LED Driver
The LED driver delivers precise current regulation, ensuring LEDs operate at optimal brightness and efficiency. It enhances reliability and extends the lifespan of LEDs by protecting them from voltage fluctuations and electrical surges. Many LED drivers are equipped with dimming capabilities, providing flexible lighting options, energy savings, and customizable brightness levels to suit various applications.
Optional Features & Add-ons
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Motion Sensor
The motion sensor automatically reduces brightness by 30% when inactivity is detected, saving energy. Upon detection of presence, brightness returns to 100%, ensuring optimal visibility while minimizing distractions. This feature strikes a balance between power efficiency and user comfort.
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Adjustable Solar Panel Bracket
The adjustable bracket optimizes panel positioning for maximum sunlight capture. It allows users to adjust the tilt angle for optimal solar energy collection, regardless of geographic location or seasonal changes, ensuring high performance even in harsh weather conditions.
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Anti-theft Components
Anti-theft screws and spikes are designed to secure solar panels against theft. The unique tamper-resistant design makes removal nearly impossible without specialized tools, while anti-climbing spikes prevent unauthorized access, ensuring durability and security in exposed environments.
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Anti-bird Spike
Anti-bird spikes offer a humane and effective solution to prevent birds from perching on solar panels, rooftops, and fences. Made from durable stainless steel or plastic, these sharp, angled prongs discourage birds without harming them. Easy to install, these spikes provide a low-maintenance way to protect solar panels from bird-related damage, ensuring optimal performance.
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Camera
The system integrates a solar-powered CCTV camera, offering a sustainable and eco-friendly surveillance solution. These cameras operate independently of traditional power sources, ensuring continuous monitoring without external electricity. With waterproof housing and motion detection features, they enhance security for solar panels while reducing energy costs.
IoT Smart Monitoring System
Based on LoRa, Zigbee and 4G communication technologies, Inlux Solar’s IoT Smart Monitoring System enables centralized, intelligent management of Solar AC Hybrid Street Lights and other Inlux roadway luminaires. Through PC, tablet or mobile access, operators can view the real-time status of each light point on a GPS map, adjust lighting schedules and dimming profiles remotely, and receive automatic failure alarms.
The platform stores historical operating data for energy analysis, maintenance planning and performance optimization. Role-based authority management ensures that only authorized users can modify settings, while remote ON/OFF control and working-condition monitoring help reduce on-site visits and lifetime operating costs.
Compatible Pole Designs
Our Solar AC Hybrid Street Lights and other Inlux roadway lighting systems can be matched with a wide variety of pole designs, including straight, stepped and decorative poles in different shapes and materials. Standard designs cover typical heights and arm configurations for highways, main roads, local streets, parking lots and industrial areas.
If you need a customized pole solution—such as special mounting arms, multi-function smart poles, or poles adapted to local wind and corrosion conditions—our engineering team can design and manufacture poles according to your project requirements.
See Solar AC Hybrid’s Performance Across These Projects
FAQ about Our Solar Street Lights with Pole and Battery
Does this solar street light come with a pole and battery included?
Yes! Our Solar AC Hybrid Street Light is a complete system. The standard package includes the LED light, solar panel, integrated lithium battery, and a customized steel pole ready for installation.
What type of battery is included in the solar street light kit?
The quoted system uses a LiFePO4 battery. Ask for the selected battery model, operating conditions, maintenance guidance and written warranty when reviewing service life.
Can I customize the height of the pole?
Absolutely. As a direct manufacturer, we offer galvanized poles in various heights, typically ranging from 6 meters to 12 meters, to suit your specific roadway or parking lot lighting needs.
Can this solar street light run on AC (grid) power as well as solar?
The solar–AC configuration can be specified with solar- or grid-priority control. Backup behavior during a grid outage depends on the selected controller, battery charge, load and transfer settings. Request the project-specific control sequence and energy budget before relying on a backup duration.
Can the system also work completely off-grid?
An off-grid design should be evaluated separately. Confirm the controller, PV array, battery and operating schedule for the site rather than assuming the quoted solar–AC configuration works unchanged without grid power. Share your lighting targets and site conditions for a project-specific review.
