Basic Info.

Product Parameters

• Integrated die-casting molding: Toolfree access design prevents water ingress and simplifies installation and maintenance. Adjustable angle support for vertical or horizontal mounting.
• Next-Gen Bright SMD: Combined with integrated lens and lower current, increasing lumen flux by 10% and minimizing light attenuation.
• Secondary Optical Design: Specifically engineered for solar street lighting, balancing illumination uniformity while decreasing dispersion.
• MPPT Controller: Maximizes power conversion from the battery board, improving energy utilization by 15% - 20% compared to ordinary controllers.
• A-Level Lithium Batteries: High energy density combined with temperature control protection plates for enhanced safety and cycle life. Li(NiCoMn)O2 / LiFePO4 optional.
• Premium Monocrystalline Solar Panel: Upgraded packaging technology for better light transmittance, anti-aging performance, and generation capacity.
• Robust Aluminum Construction: Die-cast body designed to easily withstand up to 4 times its own gravity. Anti-corrosive powder-sprayed coating prevents rust.
• Structural Waterproofing: Overall design-based waterproofing instead of glue dependency. Waterproof rating ≥ IP66.
• Smart Integrations: Supports customized utility power complementary grids, HD cameras, and 2G/4G intelligent control systems.

Product Description

Battery Type

Packaging & Shipping

Installation Instructions

Manufacturing & Quality Control

Applications & Working Principles

Solar energy is an inexhaustible, clean, pollution-free, and renewable green energy source. Solar power generation possesses unparalleled advantages over conventional energy sources in cleanliness, high safety, relative universality, resource adequacy, long lifespan, and maintenance-free operation. Photovoltaic energy is recognized as one of the most critical energy sources in the 21st century.

Solar street lights do not require cable laying, AC power supply, or ongoing electricity bills. Utilizing DC power supply and intelligent control, they offer excellent stability, long service life, high luminous efficiency, easy installation, advanced safety performance, energy conservation, environmental protection, and economic practicality. They are widely applied in urban main and secondary roads, residential areas, factories, tourist attractions, parking lots, and other public locations.

Working Principle

During the day, under the control of an intelligent controller, solar panels absorb sunlight and convert it into electrical energy. The panels charge the storage battery pack. At night, the battery pack discharges to provide power to the high-efficiency LED light source. The DC controller prevents damage to the battery pack due to overcharging or over-discharging, and includes features such as light control, time control, temperature compensation, lightning protection, and reverse polarity protection.

The solar street light system can ensure normal operation in cloudy and rainy weather for more than 15 days. The standard configuration consists of the LED light source (including drivers), solar panel, battery pack (including battery insulation box), intelligent controller, pole structures (including bases), and connecting wires.

LED Light Source Technology

• High luminous efficiency, low power consumption, long service life, and low working temperature.
• Robust safety, high reliability, fast response speed, small unit volume, green and environmentally friendly.
• At identical brightness levels, the power consumption is one-tenth of incandescent lamps and one-third of fluorescent lamps, while the lifespan is up to 50 times longer.

Battery Module Bracket

Inclination Design: Optimized tilt angles are calculated depending on the geographical location to maximize solar radiation absorption over the year.

Wind Resistant Design: The structure is split into two wind-resistant design parts: the battery module bracket and the light pole. Tested upwind pressure limits allow components to withstand up to 2700Pa, keeping the module secure during high wind speeds (equivalent to a Category 10 typhoon, 27m/s) without damage. The structural connection is secured with heavy-duty bolt poles.

Intelligent Charging and Protection

Advanced Surface Treatment: Utilizes electrostatic powder coating (FP professional architectural coatings) on a hot-dip galvanized base, matching strict AAMA2605 specifications. This ensures high self-cleaning, corrosion resistance, and weatherproofing in harsh climates.

Charging Trickle Protection: Once the battery reaches peak voltage, the controller automatically reduces the charging voltage by 1V to enter a trickle charge state. This prevents water loss, preserves capacity, and extends battery cycle life.

Main Advantages

• Easy installation: No complex cabling is required. Simply build a cement base and battery pit, and secure the setup with galvanized bolts.
• Low investment: Single investment with long-term cost recovery. No utility fees or wiring maintenance costs.
• Safe operation: Utilizes a low-voltage 12-24V DC design. Highly reliable without electric shock or fire hazards.
• Energy Saving: Fully powered by renewable solar PV cells. Zero noise, pollution, or emissions.

In solar power systems, battery performance directly impacts cycle life and operating costs. The energy storage gel battery utilizes optimized positive/negative electrode alloy formulations and active material ratios, rendering it highly suitable for cyclical charging and discharging. The expected normal service life spans from five to ten years.

Installation Details

• Assemble components: Fix the solar panel to the solar bracket, mount the lamp head to the cantilever arm, and attach these to the main pole. Route connecting wires to the control box.
• Perform a basic function check prior to lifting the pole. Temporarily disconnect the solar panel wire to confirm the light turns on.
• Lift the pole carefully, securing fasteners tightly. Adjust the solar panel orientation to face due south.
• Install the battery inside the box. Connect wires in sequence: battery first, then the load, and lastly the solar panel to prevent controller damage.
• Debug system behavior (disconnect panel to turn light on, reconnect to turn light off) before sealing the control box.