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  • Rapid development of intelligent street light systems in 2023
    Sep 26, 2023
    Market Overview 1. Rapid growth in market size: The street light management industry has developed rapidly in recent years, and the market size is constantly expanding. According to statistical data, the global street light management market value reached $30 billion in 2019 and is expected to grow to $50 billion by 2025. 2. Broad Development Prospects: With the acceleration of urbanization and the continuous application of intelligent technology, the street light management industry has broad development prospects. It is expected that by 2025, the global number of urban street lights will reach 200 million, with intelligent street lights accounting for over 30%. Meanwhile, the compound annual growth rate of intelligent street lights is expected to reach over 15%. 3. Technological innovation drives market growth: The application of emerging technologies has brought new growth drivers to the street light management industry. For example, the introduction of intelligent lighting technology has made street light management more efficient and energy-efficient, improving urban energy utilization efficiency. At the same time, the continuous development of technologies such as the Internet of Things, cloud computing, and artificial intelligence has also provided more innovation opportunities for the streetlight management industry. Smart street lights are street lights that achieve remote centralized control and management of street lights through the application of advanced, efficient, and reliable power line carrier communication technology and wireless GPRS/CDMA communication technology. Smart street lights have functions such as automatic brightness adjustment based on traffic flow, remote lighting control, active fault alarm, anti-theft of lamp cables, remote meter reading, etc., which can greatly save power resources and improve the level of public lighting management, Save maintenance costs.
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  • Are solar street lights any good?
    Feb 22, 2024
    A national high-tech enterprise that integrates efficient LED light source packaging, efficient LED lighting integration applications, manufacturing of high crystal silicon solar cell modules, development and construction of photovoltaic power stations, as well as research and development, manufacturing, sales, engineering, and service of other management and control systems based on IoT technology, such as intelligent lighting, home control systems, and urban intelligent transportation application management systems. And it has passed the ISO9001:2022 quality system and safety production standardization three-level enterprise certification. The Boshuo Lighting LED products have passed the comprehensive safety and energy-saving testing certification of CQC. Having the second level qualification for professional contracting of urban and road lighting engineering. It is a member unit of the Solar Photovoltaic Products Branch of the China Chamber of Commerce for Import and Export of Mechanical and Electrica When choosing solar street lights, it's important to consider factors such as the solar panel efficiency, battery capacity, lighting output, and overall quality of the product to ensure optimal performance and durability. The company covers an area of 68000 square meters and has 40000 square meters of production and research and development office facilities. The company has a provincial-level LED lighting engineering technology research center, which gathers numerous elite talents from industries such as semiconductor lighting applications, solar photovoltaics, and mechanical electronics. At present, the company's products have formed two major series of dozens of varieties: high-power LED application lighting products under the "Leadray Lighting" brand and solar photovoltaic products under the "Leadray Optoelectronics" brand.
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  • Road lighting street lights - manufacturer direct sales,a professional lighting and street light shopping brand in China - LEADRAY
    Jul 03, 2024
    Manufacturer's direct sales of 60W 80W 100W, 200W, 300W solar street lights, You can get more details about Manufacturer's direct sales of 50W 100W, 200W, 300W solar street light. 1. Are you factory direct?Shenzhen Leadray as a professional led lighting manufacturer, established in 2006, specilize in solar led street light, solar power panels, solar power generation. Road streetlight lighting fixtures super brightness smart human induction sensor led integrated solar street lights, You can get more details about Road streetlight lighting fixtures. Shenzhen Leadray has rich experiences in manufacturing the solar lights and LED product and its main products include solar garden lights, lawn lights, wall lights, street lights and integrated. Aluminum Designed Strong Body LED Street Light for Harsh Conditions Road Lighting, Find Details and Price about LED Street Lamp High Brightness LED Street Lights from Aluminum Design. Application:High way,street,road,pack,garden,bridge,airport,train station,square and so on Free Dialux Simulation: Our Company: henzhen Leadray Optoelectronic Co., Ltd. A professional LED manufacturer, focuing on industrial Led Light and commerical Led light research, development,production, sales and service. 1. High efficiency polycrystalline silicon solar panel, 8 hours charging time and over 36 hours discharging time. 3. Bridgelux chips, stable and long life with 50000hrs lifetime. 5. Energy saving: turn on at dusk and turn off at dawn automatically with sensor device. 7. No need of cable installation or special light pole. Installation, maintenance and replacement are convenient and quick.
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  • What are the advantages of intelligent street light monitoring system?
    Sep 24, 2024
    Video surveillance streetlights, also known as smart streetlights or intelligent streetlights, are streetlights equipped with video surveillance cameras. These street lights not only provide illumination for streets and public areas, but also have monitoring functions. Video surveillance street lights have the following advantages: Enhancing Security: By integrating surveillance cameras into streetlights, the security of public spaces has been strengthened. Cameras can monitor and record activities, help prevent criminal behavior, and provide evidence for events that occur. Strengthening public safety: The presence of video surveillance streetlights helps create a safer environment. They can help detect and prevent accidents, monitor traffic flow, and provide real-time information about potential hazards. Efficient utilization of resources: Integrating street lights and video surveillance into one device reduces the need for independent installation and infrastructure. It optimizes resource allocation and reduces maintenance workload. Remote monitoring and control: Video surveillance streetlights can be connected to a centralized monitoring system, allowing real-time monitoring and control from remote locations. This enables relevant departments to respond promptly to safety or security issues. Intelligent features: Some video surveillance street lights also adopt advanced functions such as motion sensors, facial recognition, and license plate recognition. These abilities have improved the effectiveness and efficiency of monitoring operations. When deploying video surveillance streetlights, it is necessary to ensure compliance with privacy regulations and guidelines to protect individual rights and privacy. In addition, appropriate maintenance and regular review of recorded data are necessary to ensure the optimal performance and effectiveness of the system.
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  • Solar street lamp core link full analysis, you want to know what
    Apr 18, 2025
    1. Photoelectric test: Accurate efficiency check Photoelectric test is the cornerstone of solar street lamp performance test. In a professional optoelectronic test laboratory, simulators can realistically reproduce a wide range of global light conditions, from intense direct light at the equator to low-angle diffuse light at high latitudes. Through high-precision power analyzer, illuminometer and other equipment, the photoelectric conversion efficiency of solar panels under different light intensity and Angle is accurately measured. Only when the solar panel can stably and efficiently convert light energy into electricity in a variety of simulated environments, and the conversion efficiency meets or exceeds the industry standard, can it enter the next production process to ensure that the street lamp can continue to supply power to the system in a variety of climate and lighting conditions in Nigeria. 2. Controller aging test: stable operation guarantee The controller is like the "intelligent brain" of the solar street lamp, and its reliability is crucial. In the burn-in test shop, extreme conditions are simulated through the burn-in test system. The controller is placed in a high temperature (such as 60 ° C, simulating the hot summer in Nigeria), high humidity (above 75% RH, corresponding to some coastal humid areas) environment, while allowing it to execute uninterrupted charge and discharge, lighting time control and other commands, and continue to run for thousands of hours. During this period, the parameters of the controller are monitored in real time, and the fault or parameter drift is investigated immediately. Such a rigorously aged controller can precisely control the operation of street lights in Nigeria's complex and changeable natural environment, ensuring stable and efficient operation of the system. 3.Third, LED light deployment: lighting experience optimization The deployment of LED lights is related to the lighting quality of solar street lights. Professional optical engineers use advanced spectral analyzers, integrating spheres and other equipment to fine-tune the color temperature, color rendering index and luminous flux of LED lights. According to different application scenarios, such as the urban main road needs high brightness and high color rendering index to ensure traffic safety, the color temperature is usually allocated to 4000K-5000K; Rural roads pay more attention to soft lighting to avoid light pollution, and the color temperature can be controlled at 3000K-4000K. Through the optimization of LED lamp bead arrangement and lens design, to ensure the uniform distribution of lights, no glare, dark areas, to provide a comfortable and safe night lighting environment for urban and rural roads in Nigeria. 4.Fourth, base material: stable and durable foundation The base material of the solar street lamp directly determines its service life and safety. We use high-strength, corrosion-resistant Q345B steel, which has a high yield strength and can withstand the heavy force of street lamps in severe weather conditions such as strong winds (which can hit parts of Nigeria in cyclones). At the same time, the steel surface is hot-dip galvanized, and the thickness of the galvanized layer reaches more than 80μm, which can effectively resist the erosion of Nigeria's humid and salty air and prevent rust. In addition, for special corrosion environments such as coastal areas, spray protection will also be carried out on the basis of hot dip galvanizing to further improve the corrosion resistance of the base, to ensure that the base of the street light in various complex geographical environments in Nigeria, long-term stable support of the lamp body, to ensure the normal operation of the street light. We are very much looking forward to further communication with you, work together to create a better solar street lamp project, and jointly explore the Nigerian solar street lamp market.
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  • Semi-split solar street lighting equipment
    Apr 28, 2025
    Semi-split solar street lighting equipment combines the advantages of integrated and split solar street lights, offering high efficiency and flexible installation. The solar panel and light body are designed separately but connected closely, ensuring optimal solar energy absorption while maintaining a compact appearance. Equipped with high-performance lithium batteries, intelligent controllers, and energy-efficient LED light sources, it provides stable and long-lasting illumination for streets, parks, residential areas, and rural roads. The semi-split design allows easier maintenance and greater adaptability to different lighting needs, making it an ideal choice for sustainable outdoor lighting projects. 1.Structural design Lamp post: Usually made of high-quality steel or aluminum alloy, it undergoes anti-corrosion treatments such as hot-dip galvanizing and powder coating, featuring high strength and stability. It can withstand certain wind and rain erosion and support the entire street lamp system. Solar panels: Generally installed on the top of the lamp post, they are fixed at an Angle to better receive sunlight. Solar panels are mostly made of monocrystalline silicon or polycrystalline silicon, which have a relatively high photoelectric conversion efficiency. Lamp body: Located beneath the solar panel, it is equipped with an LED light source inside. The lamp body is usually made of materials such as die-cast aluminum, which has excellent heat dissipation performance and waterproof performance, ensuring the normal operation of the LED light source in various harsh environments. Support pole: It is used to connect the lamp body and the lamp pole. The lamp body is fixed on the support pole with screws, and the support pole is then connected to the fixing parts installed on the lamp pole through bolts. This connection method enables the lamp body to be easily disassembled and replaced. At the same time, during installation, the position of the lamp body can be adjusted according to actual needs to ensure the best lighting effect. Battery: Generally, it is built inside the lamp body. Some products also install the battery at the bottom of the lamp pole or in a dedicated battery box. Common types of storage batteries include lead-acid batteries and lithium batteries, etc. Lithium batteries have the advantages of small size, light weight and long service life, and are being used more and more widely. Controller: Usually installed inside the lamp post or the lamp body, it has functions such as light control, time control, overcharge and overdischarge protection, and reverse connection protection. Some advanced controllers also have functions such as adjusting the lighting time in four seasons, half-power function, and intelligent charging and discharging function. Working principle: During the day, under the control of the intelligent controller, the solar panels absorb solar energy through sunlight and convert it into electrical energy, which is then stored in the battery. At night, the battery pack supplies power to the LED light source to achieve the lighting function. When the ambient light becomes brighter, the controller will automatically cut off the power supply of the LED light source to turn off the street lamp. When the ambient light dims, the controller will automatically reconnect the power supply and turn on the street lamps, thereby achieving the purpose of automatic lighting control. 2.Performance characteristics Easy installation: Compared with split-type solar street lamps, semi-split-type solar street lamps do not require the separate installation of multiple components such as solar panel brackets and battery boxes, reducing installation steps and time, lowering installation difficulty, and also saving labor costs. Convenient maintenance: The lamp body can be easily disassembled and replaced. When components such as the LED light source, battery or controller malfunction, there is no need to replace the entire street lamp. Just remove the lamp body and repair or replace the faulty parts, which greatly reduces maintenance costs and time. Good lighting effect: Semi-split solar street lamps usually adopt high-power LED light sources, which have high luminous efficiency and strong brightness, and can provide a good lighting effect. Meanwhile, the design of the lamp body can make the light shine more concentrated and evenly on the road surface, improving the lighting quality of the road. Energy conservation and environmental protection: Using solar energy as the power source, there is no need to lay cables, no consumption of municipal electricity, and no generation of pollutants such as carbon dioxide. It has excellent energy conservation and environmental protection benefits and meets the requirements of modern society for green energy and sustainable development. Wide application range: Due to its excellent waterproof, dustproof and anti-corrosion performance, it can adapt to various harsh natural environments, such as high temperature, low temperature, humidity and dusty areas. Therefore, it is widely used in urban roads, rural roads, industrial parks, squares, parks, campuses and other places. Pre-sale service Consultation and solution: Provide customers with detailed information about semi-split solar street lamps, including product features, working principles, performance parameters, applicable scenarios, etc., answer customers' questions, and help them understand whether the product meets their needs. Solution design: Based on the specific needs of the client and the installation environment, such as road width, lighting requirements, sunlight conditions, etc., a personalized lighting solution is tailored for the client, determining the power, quantity, installation location, etc. of the street lamps to achieve the best lighting effect and economic benefits. Product Recommendation: Based on the customer's budget and usage scenarios, we recommend suitable semi-split solar street lamp models and configurations, introduce the advantages and disadvantages of different products, and help customers make reasonable choices. Installation and commissioning: Professional technicians will be arranged to the site for installation and commissioning to ensure that the installation position and Angle of the street lamps meet the design requirements, that the solar panels can fully receive sunlight, that the LED light sources emit light normally, that the controller functions properly, and that the entire street lamp system operates stably. At the same time, provide training on installation and commissioning for customers, enabling them to understand the installation and commissioning methods of street lamps, so that they can perform simple operations in later maintenance.
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  • Engineering Intelligent Street Light Technology and Applications
    Jun 24, 2025
    Engineering Intelligent Street Light Technology and Applications I. Definition and Core Value of Intelligent Engineering Street Lights Intelligent engineering street lights refer to intelligent lighting equipment designed for engineering scenarios (such as construction sites, road construction, tunnel projects, outdoor operation areas, etc.), featuring "intelligent control, energy-saving efficiency, flexible deployment, and safety reliability". Compared with traditional engineering lighting, they achieve dynamic adjustment of lighting strategies through technologies such as the Internet of Things, sensors, and automatic control, and can integrate various engineering auxiliary functions to enhance construction efficiency and safety. II. Technical Features and Key Functions Intelligent Sensing and Automation Control Light Sensing and Human Body Sensing: Automatically adjust brightness through light-sensitive sensors (such as turning off during the day and automatically turning on at night), combined with infrared or microwave sensors, achieving an energy-saving mode of "high brightness when someone is present, low consumption when no one is present", suitable for dynamic lighting needs in temporary construction areas. Environmental Monitoring Integration: Some devices are equipped with temperature, humidity, dust, wind speed, etc. sensors, which monitor the environmental data of the engineering site in real time and upload it to the management platform to provide data support for construction safety. Lighting street lamp industry Remote Management and Communication Technology Wireless Communication Protocols: Utilize 4G/5G, LoRa, NB-IoT, etc., supporting functions such as remote switching, brightness adjustment, and fault alarm, eliminating the need for on-site manual inspections. For example, construction sites can uniformly control the on/off times of multiple street lights through the management platform to avoid energy waste. Lighting orchard street lamps Timed and Scene Modes: Pre-set construction periods (such as low brightness during the day and high brightness at night), emergency mode (such as automatic switching to backup power during power outages), adapting to the time patterns of engineering scenarios. Lighting street lamp industry Energy Solutions Solar + Energy Storage Combination: Equipped with solar panels and lithium batteries, achieving independent power supply in engineering sites without power grid coverage, reducing cable laying costs, especially suitable for outdoor engineering or temporary construction projects. Energy-saving Light Source Technology: Lighting orchard street lamps Using LED light sources, energy consumption High-end lighting street lamps is reduced by more than 50% compared to traditional high-pressure sodium lamps, with a lifespan of 5-100,000 hours, reducing maintenance frequency. Lighting street lamp industry Engineering Adaptability Design Portability and Mobility: The lamp pole supports modular disassembly, the base is equipped with a swivel wheel or fixed anchor point, facilitating flexible movement or temporary fixation within the construction site. High-end lighting street lamps Resistant to Harsh Environments: The enclosure adopts IP65 or higher waterproof and dustproof grades, resistant to high and low temperatures (-30°C to 60°C), suitable for complex environments such as construction dust and rain.
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  • Key Points for Selecting High-Power LED Lighting Lamps for Energy Purposes
    Jul 09, 2025
    The clear core requirements and scene adaptation of high-power LED lighting fixtures The lighting area and brightness requirements of high-power LED lighting fixtures High-power LED lighting fixtures select the appropriate power based on the area, height, and lighting requirements (such as illuminance value lux) of the usage scene: High-power LED lighting fixtures for outdoor squares, docks, etc. (large areas): 100W - 1000W spotlights or high-pole lights are needed to ensure uniform illuminance within a 50 - 100-meter range (for example, a 200W spotlight can cover about 500 square meters). High-power LED lighting fixtures for industrial workshops (height 8 - 10 meters): 1 - 2 200W industrial work lights can be paired for every 100 square meters, with a target illuminance of 100 - 300 lux. High-power LED lighting fixtures for road lighting: Rural roads can choose 30 - 50W street lights (spacing 30 - 50 meters), while urban main roads require 80 - 150W, ensuring a pavement illuminance of ≥ 20 lux (main roads). Key parameters of high-power LED lighting fixtures: Illuminance is measured in "lumen (lm)", and the luminous flux of high-quality 100W fixtures should be ≥ 10,000lm (efficiency ≥ 100lm/W), avoiding "false power marking" (actual power lower than the marked value). Environmental characteristic matching High-power LED lighting fixtures for outdoor / humid scenes (such as street lamps, tunnel lights): They need a protection level of IP65 or above (dust + low-pressure water spray protection), and in coastal areas, consider anti-salt corrosion materials (such as 316 stainless steel enclosures). High-power LED lighting fixtures for dust / oil stain scenes (such as workshops, mines): Select IP66 or above dust-proof design, and the surface of the fixtures should be easy to clean (such as smooth coating). Flammable and explosive scenes (such as gas stations, chemical workshops): Must comply with explosion-proof standards (such as Ex dⅡCT6), the lamps should have no exposed electric sparks, and the materials should be anti-static. High-power LED lighting fixtures for low/ high temperature environments: Confirm the working temperature range (such as - 40℃ to + 60℃), and avoid the drive power from failing due to low temperature in cold regions. Core performance parameter selection for power LED lighting fixtures Light source and chip quality of power LED lighting fixtures Chip brand of power LED lighting fixtures: Preferentially choose first-line brands such as CREE, Osram, and Samsung, which have high luminous efficiency (≥130lm/W), slow attenuation (1000 hours of attenuation ≤3%), and more stable lifespan. Color rendering index (Ra): For general scenarios, Ra ≥ 70 is acceptable (such as workshops); for commercial / precision operation scenarios (such as warehouse inspection), Ra ≥ 80 is required to ensure accurate color reproduction. Power LED lighting color temperature: For outdoor lighting, choose 5000-6500K (white light, strong penetrating power); for industrial workshops, choose 4000-5000K (neutral light, visually comfortable). Heat dissipation performance Large power LED generates heat concentratedly, and poor heat dissipation will lead to accelerated light attenuation and shortened lifespan (for every 10℃ increase in temperature, the lifespan may be halved). Look at the heat dissipation structure: Preferentially choose aluminum alloy heat sink with fins (large heat dissipation area) or a combination of heat pipe + temperature equalizing plate (efficient heat conduction), avoiding pure plastic shells (poor heat dissipation). Reference "thermal resistance" parameter: The thermal resistance from the chip to the shell should be ≤ 5℃/W for the best, which can be confirmed through product test reports. Quality of driving power supply The driving is the "heart" of the lighting fixture, directly affecting stability and lifespan: Type of power LED lighting fixtures: Select constant current driving (current stable, protecting LED chips), avoid constant voltage driving (easily damaged the light source due to voltage fluctuations). Protection functions of power LED lighting fixtures: Need to have overvoltage, overcurrent, short circuit, and over-temperature protection to extend lifespan. Brand of power LED lighting fixtures: Preferentially choose professional driving brands such as Mingwei and Maoshuo to ensure conversion efficiency ≥ 90% (energy-saving and less heat generation). III. Additional functions and practicality of power LED lighting fixtures Intelligent functions of power LED lighting fixtures Power LED lighting fixtures can be selected as needed: Outdoor fixtures can be equipped with light sensor (automatically turns on at night) and microwave sensor (high brightness when people / vehicles pass, low brightness when no one is present), saving 30%-50% energy; Industrial lights can support 0-10V dimming or DMX512 control system (compatible with intelligent factories). IoT compatibility of power LED lighting fixtures: Some high-end products support NB-IoT or WiFi connection, allowing remote control of brightness and monitoring of faults (suitable for large-scale cluster lighting, such as smart street lamps). Installation and maintenance convenience of power LED lighting fixtures Installation methods of power LED lighting fixtures: Industrial lamps can choose hook, ceiling, or suspension rod installation; Street lamps need to match the diameter of the lamp post (such as 60-76mm), and some products come with quick connection terminals to reduce installation time. Modular design of power LED lighting fixtures: Preferably choose models with individual replacement of lamp beads and driving (such as COB module), reducing maintenance costs in the future (no need to replace the entire fixture). When making a purchase, it is necessary to balance "performance - price - scenario". Avoid blindly pursuing high power or low price. For outdoor square LED lights, choose a 200W IP66 spot light (CREE chip + fin-shaped heat dissipation + 3-year warranty), with a budget of approximately 200-300 yuan; for chemical workshop, need a 100W explosion-proof light (Ex certification + constant current drive), with a budget of approximately 500-800 yuan. Prioritize through sample testing (such as measuring temperature and light attenuation after continuous illumination for 72 hours) to verify the actual performance, and then make bulk purchases.
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  • Intelligent light control + human body sensing, solar street lights: lighting on demand saves more power, and full performance details
    Jul 22, 2025
    When solar street lights are equipped with intelligent light control and human body sensing technologies, they achieve precise "on-demand lighting," maximizing energy efficiency while enhancing practicality—perfectly adapting to diverse outdoor lighting needs. Intelligent light control relies on a built-in photosensitive sensor to monitor ambient light intensity in real time, enabling fully automated lighting management: 2. Human Body Sensing: Bright When Needed, Low-Power When Idle—Ultimate Energy Savings Triggered Illumination: When the sensor detects movement (e.g., people, vehicles) within a certain range (e.g., 5-10 meters), the light switches to 100% brightness in 0.5-2 seconds, ensuring sufficient light for activity areas and enhancing safety. Delayed Reset: After people/vehicles leave, the light doesn’t turn off immediately. Instead, it stays at full brightness for 15-60 seconds (customizable) before automatically dimming to a low-brightness mode (e.g., 20%-30%). This avoids abrupt transitions and saves maximum energy. In sparsely populated areas like rural paths or park trails, the light stays dim for basic visibility and brightens instantly when someone passes, saving over 60% more power than always-on lights. Around factories or warehouses, it brightens when vehicles pass and stays in low-power mode when idle, balancing security and energy efficiency. The integration of intelligent light control and human body sensing balances "practicality" and "cost-effectiveness," making these solar street lights ideal for: 4. Why It Saves More Power? In short, "intelligent light control + human body sensing" ensures every kilowatt-hour is used where it matters most: meeting critical lighting needs without wasting energy, delivering a truly smart "on-demand lighting" experience.
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