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Integrated solar LED street light

Integrated solar LED street light

  • 60W High-Lumen Smart Integrated Solar Street Light: PIR Sensor + APP Remote Control, a Powerful Choice for Outdoor Lighting
    Nov 01, 2025
    The 60W high-lumen intelligent integrated solar LED street light boasts ultra-bright illumination, intelligent control, and robust durability as its core advantages. It integrates PIR human body sensing technology and mobile APP remote control, eliminating the need for complex wiring and consuming zero electricity. It easily adapts to various outdoor scenarios such as courtyards, roads, and scenic areas, providing stable and reliable lighting for nighttime travel and security.     (1) Core Performance: High Lumens + Long Battery Life, Maximizing Lighting Power Ultra-Bright Light Source Configuration: Equipped with a 60W high-power LED light source, using the renowned brand PHILIPS BridgeLux high-brightness chip, achieving a luminous efficacy of 160-210lm/W. The total luminous flux reaches 7200-12800 lumens, providing pure and uniform light with a color temperature range from 3000K warm white to 6500K daylight white, meeting the lighting needs of different scenarios.   With a 155° ultra-wide beam angle design and an installation height of 6-8 meters, a single lamp covers a radius exceeding 15 meters, and the installation spacing can reach 20-30 meters. It can efficiently cover areas such as courtyards, walkways, and rural roads, with brightness far exceeding traditional high-pressure sodium lamps. The LED chip has a lifespan of up to 50,000 hours, exhibits slow light decay, and maintains stable lighting performance even after long-term use.     High-efficiency energy storage system: Equipped with an 80W high-efficiency monocrystalline silicon solar panel (PERC photovoltaic panels are optional on some models), it boasts high energy conversion efficiency. Combined with an MPPT intelligent charging controller, it can accurately track sunlight, achieving full charge in 4-6 hours, with charging efficiency more than 30% higher than ordinary solar panels. Built-in high-capacity energy storage battery (12V/40Ah lithium battery or 3.2V/180Ah lithium iron phosphate battery), offering excellent safety performance, high charge-discharge cycle life, and supporting over 12 hours of full-power illumination.   In energy-saving mode, it provides over 40 hours of continuous use, maintaining basic lighting even for 5-7 consecutive cloudy or rainy days, completely eliminating the worry of power outages on cloudy days.   Strong environmental adaptability: The lamp housing is made of die-cast aluminum and aluminum alloy, treated with anti-corrosion and rust prevention, providing excellent heat dissipation. It also achieves IP65 and higher waterproof and dustproof ratings, with some models supporting IP67 and IP68 high protection standards, resisting harsh environmental corrosion such as heavy rain, sandstorms, and salt spray. The operating temperature range covers -30℃ to 60℃, ensuring stable operation in both frigid northern winters and scorching southern summers, adapting to various climatic conditions.   (2) Intelligent Control: Dual Control via Sensors and App, Convenient and Energy-Saving   PIR Human Body Sensing Technology: Built-in high-sensitivity infrared motion sensor with a detection angle of 120°-150° and a maximum detection distance of approximately 8 meters, accurately capturing human or vehicle movement signals. Upon triggering, it automatically switches to 100% full-power lighting, and in unattended conditions, it reduces to a 20%-30% energy-saving mode, ensuring lighting needs in core areas while significantly saving power, improving energy efficiency by over 60%. The duration of sensor-activated lighting can be flexibly adjusted. It also supports automatic start/stop via light control, automatically turning off the lighting and charging at full capacity during the day when there is sufficient light, and automatically starting work at night without manual intervention.     Mobile App Remote Control: Supports connection to the lighting fixtures via a dedicated app (compatible with Wi-Fi/Bluetooth connections), enabling full-function remote control—allowing for on/off switching, brightness adjustment, setting timed lighting periods (e.g., 6-12 hours of timed lighting), and switching working modes, allowing precise control of the lighting status even when not on-site.   The app features built-in preset modes for multiple scenes, allowing for one-click switching between "sensor mode," "always-on mode," and "energy-saving mode." It also displays battery remaining power and charging status, facilitating daily management and maintenance. Some models support multi-lamp linkage control, allowing one app to bind multiple lamps, suitable for unified management in batch installation scenarios such as residential communities and parks.   (3) Installation and Adaptation: Wiring-free + Multiple Scenes, Practical and Worry-free   Convenient Installation Design: Adopting an integrated structure, the solar panel, light source, battery, and controller are highly integrated, eliminating the need for additional power and signal cables, saving construction costs and time. Supports pole mounting (compatible with 60mm diameter lamp poles), wall mounting, and ceiling mounting. The lamp bracket can be flexibly adjusted to easily calibrate the solar panel's light-gathering direction. Two people can complete a single lamp installation in 20 minutes, without the need for a professional construction team.   Full-scene coverage: Private scenes: Villa courtyards, gardens, driveways, and perimeter security lighting, providing safe illumination for nighttime activities at home; Public scenes: Community roads, park trails, parking lots, fitness areas, and scenic boardwalks, meeting basic lighting and security needs in public areas; Special scenes: Rural roads, off-grid lighting in remote mountainous areas, and temporary lighting at construction sites, suitable for areas without grid coverage or where wiring is inconvenient.     (4) Product advantages and after-sales guarantee Core advantages: 60W high power + high lumen output, wide lighting coverage; PIR sensor + APP dual control, intelligent, energy-saving, and convenient; integrated wiring-free design, worry-free installation and maintenance; solar power supply with zero electricity cost, green and environmentally friendly; IP65 + high protection + wide temperature adaptability, strong durability.   After-sales guarantee: Provides 2-3 years warranty service, covering the main body of the lamp, solar panel, battery, and other core components. Under normal use, frequent maintenance is not required; only periodic cleaning of the solar panel surface dust is needed (to ensure charging efficiency), making long-term use more worry-free.   This 60W high-lumen smart solar street light perfectly balances lighting performance and operating costs with its comprehensive advantages of "ultra-brightness, intelligence, worry-free operation, and durability". Whether it is for upgrading home outdoor lighting or small-scale engineering lighting renovation, it is an excellent choice that combines practicality and cost-effectiveness.
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  • All In One Solar Led Street Lights Introduction
    Mar 23, 2017
    1.“All in One solar street light ” could not work without sunshine, please select the suitable model according to the local sunshine radiation and the annual total radiation. We suggest use the both AC and DC charging model in those places where lack of sunshine or have long-time rainy days. 2.“All in One solar street light” adopts the long life Lithium battery for storing energy, charging temperature at day time is between: 0℃~+60℃, when temperature goes lower than 0℃, the control system will stop automatically to protect the battery, and it will revive to charge the battery while temperature goes higher than 0℃. Discharging temperature at night is between: -20℃~+60℃, any ambient beyond will take damage to the battery. So please check these factors while selecting the street light. 3.Battery of the “All in One solar street light” can be stored for 6 months long after fully charged.Therefore please examine and charge it periodically after long time transportation or storage to prevent damaging. 4.When install the lights in Northern Hemisphere, please adjust the solar panel to the South as much as possible to collect maximum sunshine radiation, while install them in Southern Hemisphere, By the same token, keep solar panel to north. At the same time please keep it away form any shadow of houses, trees etc. 5.Keep clear of the surface of the All in One solar street light with normal detergent to get maximum power generation, clear the dust or tree leaves or any grease. 6.All in One solar street light have got the standard of IP65. The vents on the surface is designed for radiating. The materials are made of aluminum alloy which can survive in the environment of seaside and desert.
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  • What are the best combinations of solar street lamps?
    Dec 29, 2022
    Feature Integrate design and installation easily without any cable. No need for any external equipment and power support, no maintenance and debugging. Green&environmentally friendly power and luminous system; Power on/off and charging by automatic mode and without human action. Intelligent control in 3 sagments: timed control ir sensor control   predawn working control; Overcharge & over-discharge protection; 19% conversion rate monocrystalline solar panel Class A LiFePO4 battery with 2000 times 100% depth of discharge cycle life Bridgelux LED,20% higher than competitors in brightness and 15% higher in lighting times; MPPT control systems   1. Core Component Matching: The Foundation of a Reliable Solar Street Lamp Before choosing scenario-specific combinations, it is critical to ensure the four core components (panel, battery, LED, controller) are mutually compatible. Mismatches (e.g., an underpowered panel paired with a high-capacity battery) will lead to insufficient charging, frequent blackouts, or shortened component lifespans.   Component Key Parameters to Match Solar Panel Power (W) should match the total daily energy consumption of the LED + battery charging demand. Battery Capacity (Ah) should meet the lamp’s operating needs for 3–7 rainy days (to avoid downtime). LED Light Source Power (W) should align with the required illumination (lux) for the scenario; color temperature should suit user comfort. Controller Must support the panel’s voltage (e.g., 12V/24V) and battery type (e.g., lithium-ion/lead-acid); include overcharge/over-discharge protection.   2. Scenario-Specific Optimal Combinations Different use cases have distinct requirements for brightness, runtime, and durability. Below are the most practical combinations for 5 common scenarios:   Scenario 1: Urban Main Roads & Arterial Streets Needs: High brightness (to ensure traffic safety), long runtime (10–12 hours/night), and high reliability (resistance to heavy rain, strong winds).Optimal Combination:   Solar Panel: Monocrystalline silicon (200W–300W). Higher efficiency (22%–24%) ensures sufficient charging even in partial sunlight; better low-light performance (charges earlier in the morning/later in the evening). Battery: Lithium iron phosphate (LiFePO₄, 100Ah–200Ah/12V). Longer lifespan (8–10 years), higher energy density (saves space), and safer (no risk of explosion; withstands high temperatures). LED Light Source: 50W–100W high-power LED. Provides 5,000–10,000 lumens; color temperature 4,000K–5,000K (cool white, clear visibility for drivers); IP67 waterproof rating (resists heavy rain). Controller: Smart MPPT (Maximum Power Point Tracking) controller. 30%–40% higher charging efficiency than PWM controllers; supports remote monitoring (to track battery level/panel performance). Lamp Pole: 8m–12m galvanized steel pole (thickness ≥3mm). Anti-corrosion (hot-dip galvanizing + powder coating); wind resistance (grade 12+).   Scenario 2: Rural Lanes & Residential Communities Needs: Moderate brightness (to avoid light pollution), low cost, and easy maintenance; often with limited sunlight (e.g., shaded by trees).Optimal Combination:   Solar Panel: Polycrystalline silicon (100W–150W). Lower cost than monocrystalline; sufficient efficiency (18%–20%) for low-energy demands. Battery: Sealed lead-acid (SLA, 50Ah–100Ah/12V). Lower upfront cost; mature technology (easy to replace locally); suitable for mild temperatures (0°C–40°C). LED Light Source: 20W–40W LED. Provides 2,000–4,000 lumens; color temperature 3,000K–4,000K (warm white, comfortable for residents); IP65 waterproof. Controller: PWM (Pulse Width Modulation) controller. Cost-effective; simple design (low maintenance); includes basic protection (overcharge/over-discharge). Lamp Pole: 5m–8m aluminum alloy pole. Lightweight (easy to install); corrosion-resistant; suitable for low-wind areas.   SHENZHEN LEADRAY OPTOELECTRONIC CO., LTD.     Welcome to visit our site: szleadray.com. Inquiry us for More!  
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