Factory Operation

Good day! We are pleased to inform you that your order of LC2-80W All-in-One Solar Street Lights has been fully assembled, inspected, and is now ready for shipment to Serbia.   ✅ 140W high-efficiency PV panel for fast charging.   ✅ 54Ah LiFePO4 battery for long-lasting performance.   ✅ T3 light distribution & 70°×140° beam angle for wide, uniform coverage.   ✅ IP65 waterproof rating, ideal for harsh outdoor conditions.       🔹 Product Highlights:   80W high-efficiency PHILIPS LED, delivering 9000lm luminous flux for superior road illumination. Large-capacity LiFePO4 battery, ensuring stable performance even during 7-10 rainy days. Smart PIR motion sensor + time control, balancing brightness and energy efficiency.   🔹 Shipment Details:   The goods are loaded and will be transported via [Logistics method], with the tracking number [tracking number] available shortly. Our QC team has conducted 100% aging tests to ensure every unit meets international quality standards.   We are confident these lights will exceed your expectations and provide reliable, eco-friendly lighting solutions for your projects. Please feel free to contact us if you need further assistance.       From our state-of-the-art production line (see pics 👀) to your project site, we deliver turnkey solar lighting solutions that are reliable, cost-effective, and eco-friendly.   Ready to brighten your streets? DM us for a customized quote! 🛠️💡 Best regards, Shenzhen Leadray Optoelectronic Co., Ltd.  

Core Highlights of LEADRAY Factory Display Important Australian clients visit LEADRAY for inspection, exploring new opportunities for green lighting together Recently, a delegation of important customers from Australia visited the LEADRAY intelligent manufacturing base to conduct in-depth inspections and exchanges on the company's full range of streetlight products and green energy solutions. The purpose of this visit is to further deepen the cooperation between the two sides in the Australian outdoor lighting market, and provide highly reliable solar lighting solutions for rural roads, mining areas, and municipal projects in Australia.     Accompanied by the LEADRAY professional team, the client visited the intelligent manufacturing workshop, product exhibition hall, and scene based experience area successively. In the exhibition hall, the full range of products from integrated solar street lights, split type high-power street lights to landscape courtyard lights, as well as core components such as independently developed high-efficiency photovoltaic panels and LiFePO4 energy storage batteries, fully demonstrate LEADRAY's full chain capabilities in research and development, production, and quality control.     The customer paid special attention to the weather resistance and adaptability of the product, and showed great interest in IP67 waterproof, dust-proof and strong wind resistant structural design, which is highly consistent with the extreme weather requirements of high temperature, rainstorm and strong wind in Australia. 1. Full product line coverage, one-stop procurement capability From integrated solar street lights and split type street lights to landscape lights, lamp posts, solar panels, and other full range product displays, we meet customers' demand for "one supplier to handle all lighting needs", especially suitable for Australian projects with dispersed and high procurement efficiency requirements. 2. Technical strength and quality controllability The independent research and development production capability of core components (high efficiency solar panels, LiFePO4 batteries, MPPT controllers) allows customers to intuitively feel that product quality is controllable; IP65/IP67 waterproof, dustproof, wind resistant and other performance parameters, directly matched for use in extreme weather conditions in Australia. 3. Scene based experience and production scale verification Realistic lighting display of simulated roads and courtyards, allowing customers to intuitively experience the product effect; The lamp post production line and bulk finished product stacking in the workshop reflect the large-scale production capacity and can meet the delivery needs of large orders in Australia (long shipping cycle, stable production capacity is key). 4. The positioning of green energy aligns with policy guidance The theme and global layout of the exhibition hall "Green Energy Solutions" echoes Australia's carbon neutrality policy and sustainable development goals, strengthening LEADRAY's brand awareness as a "compliant and environmentally friendly supplier".     In the simulated road lighting experience area, the customer conducted on-site tests on the brightness and endurance performance of 60W-120W solar street lights, and highly praised the product's intelligent dimming and remote control functions. The one-stop procurement capability and large-scale production strength of LEADRAY also give customers confidence in the delivery stability of future bulk orders. During the communication session, both parties had in-depth discussions on RCM certification, customization needs, and project implementation in the Australian market.   The LEADRAY team provided a detailed introduction to product optimization solutions for the Australian market, including electrical design that complies with AS/NZS standards, exclusive configurations suitable for rural and mining scenarios, and localized after-sales support plans.     The customer stated that LEADRAY's technological strength and product performance fully match the green infrastructure needs under Australia's carbon neutrality policy, and looks forward to initiating specific project cooperation as soon as possible.   This inspection not only strengthened mutual trust between the two sides, but also laid a solid foundation for LEADRAY's deep layout in the Australian market. In the future, LEADRAY will continue to focus on technological innovation, providing more competitive green energy solutions for global customers and lighting up more overseas infrastructure projects.

Leadray LED Lighting, established in 2010, specializes in the research, development, design, manufacturing, and sales of outdoor LED lighting. Located in Zhongshan City, the company boasts a 6,800-square-foot factory and 200 employees. Our products are primarily exported to Europe, Asia, Australia, South Africa, and other regions, with a monthly production capacity of approximately 30,000 units. As a leading manufacturer of professional LED lighting products, Guangdu boasts advanced production equipment and strong product development capabilities. We consistently strive for high-quality products, optimal service, and continuous improvement and innovation.       Leadray primarily specializes in outdoor lighting products. Our product line includes LED floodlights, LED streetlights, solar products, LED tunnel lights, LED garden lights, and LED high bay lights. We import our light sources from overseas companies such as CREE, Bridgelux, and SAMSUNG. All products are CE and RoHS certified.     The company has been repeatedly recognized as a "Qualified Enterprise" and "Quality Trustworthy Enterprise." It has obtained ISO9001, ISO14001, OHSAS18001, CQC product certification, and the national CCC mandatory product certification.     The company specializes in the production of various types of outdoor lighting conical light poles, adjustable light poles, transmission conical steel poles, electrified railway transmission poles, and traffic sign poles. Its die-cast lamps and fixtures are particularly popular in the market, offering a wide variety, comprehensive specifications, and superior quality.     High pole lamps, combination lamps, garden lamps, celebration lamps, lawn lamps, landscape lamps, floodlights, traffic lights, and luxury plaza lighting are also important areas of the company's business. In addition, new electronic integrated lighting and environmentally friendly lighting fixtures are also being introduced to the market. We provide professional customization services: technical support and after-sales service.   Our technical support and after-sales service ensure timely resolution and maintenance of any issues. Customized solutions: ODM/OEM full voltage support (110V/1220V), packaging (color box/logo), customized lighting effects, and rapid prototyping (samples within 3-5 days). Strict quality control: 100% testing in four stages: SMT assembly, fixture assembly, burn-in test, and final packaging inspection. Flexible and risk-free terms: Payment methods: O/A, B/LLC, monthly invoice, T/T, 12-hour after-sales response time, and free replacement. Fast and reliable delivery: 2,000 units/day production capacity and 7-15-day delivery time (30% faster than the industry average). Pre-stocked warehouses and strategic logistics partners.   One-stop certification: We have obtained multiple international certifications, such as ISO9001, CE, CB, RoHS, and 3C, covering major markets (EU, Asia, and Africa).

Solar street lights tailored for factory operations prioritize durability, high brightness, stable performance, and compatibility with industrial scenarios (e.g., heavy dust, large vehicle flow, 24/7 security needs).   The 40W–180W LED power range covers diverse factory zones—from narrow auxiliary roads to wide loading yards—while solar power eliminates reliance on grid electricity (reducing operational costs and avoiding production disruptions from power outages). Below is a detailed guide to model matching, core requirements, installation key points, and maintenance strategies for factory-specific solar street lights.     I. Model Selection: Match Power to Factory Zones   Factory areas have distinct lighting demands (e.g., brightness, coverage, safety priorities). Choosing the right wattage ensures both energy efficiency and operational safety. The table below maps 40W–180W models to typical factory zones:     Solar Street Light Model (LED Power) Suitable Factory Zones Core Requirements Met Key Performance Indicators 40W LED - Narrow auxiliary roads (1–2m wide, for pedestrian/electric cart traffic).   - Staff dormitory access paths.   - Small green belts or leisure areas. Low brightness needs, energy conservation, and soft light (avoids glare for pedestrians). - Luminous flux: 4,000–5,000lm.   - Illuminance: 10–15lux (meets pedestrian safety standards).   - Coverage radius: 5–8m (6m pole height). 60W LED - Medium-width roads (3–4m wide, for forklifts or small trucks).   - Warehouse peripheral paths.   - Factory wall perimeter (basic security lighting). Balanced brightness for low-speed vehicle traffic and basic security monitoring. - Luminous flux: 6,000–7,200lm.   - Illuminance: 15–20lux (clear visibility for forklift operators).   - Coverage radius: 7–10m (7m pole height). 120W LED - Main factory roads (5–6m wide, for heavy trucks/transport vehicles).   - Loading/unloading yards (small-to-medium size).   - Outdoor workshop access (e.g., metal processing areas). High brightness for high-speed vehicle traffic and precise operation (e.g., loading goods at night). - Luminous flux: 12,000–14,400lm.   - Illuminance: 20–30lux (meets national road lighting standards for industrial areas).   - Coverage radius: 10–12m (8m pole height). 150W LED - Large loading yards (8–10m wide, for container trucks).   - Factory entrance plazas (high traffic flow).   - Outdoor storage areas (e.g., raw material piles requiring 24h monitoring). Ultra-brightness for large-area coverage and security (deters theft/vandalism). - Luminous flux: 15,000–18,000lm.   - Illuminance: 30–40lux (clear visibility for container loading/unloading).   - Coverage radius: 12–15m (9m pole height). 180W LED - Extra-wide factory roads (10m+ wide, for multiple vehicles).   - Heavy-industry outdoor work areas (e.g., steel mill yards, construction machinery parking lots).   - High-security zones (e.g., chemical storage peripherals). Maximum brightness for extreme scenarios (large vehicles, hazardous materials, 24h operations). - Luminous flux: 18,000–21,600lm.   - Illuminance: 40–50lux (equivalent to daytime visibility for critical operations).   - Coverage radius: 15–18m (10m pole height).     II. Core Technical Requirements for Factory-Specific Solar Street Lights   Factory environments pose unique challenges (heavy dust, vibration from machinery, corrosive gases in some industries). Solar street lights must meet stricter technical standards than civilian models:   1. Durability & Weather Resistance   Protection Rating: Light housing, solar panel, and battery box: IP68 (highest level—resists heavy rain, dust accumulation, and temporary submersion; critical for factories with high dust levels, e.g., cement plants). Wiring connectors: IP67 waterproof (prevents short circuits from oil or chemical splashes). Material Selection: Lamp pole: Hot-dip galvanized steel (thickness ≥3mm) + anti-corrosion powder coating (resists rust from industrial gases, e.g., in chemical factories). LED housing: Die-cast aluminum (high impact resistance—withstands accidental collisions from forklifts).   2. Stable Power Supply (Avoid Operational Interruptions)   Solar Panel: Type: Monocrystalline silicon (conversion efficiency ≥23%; ensures fast charging even in overcast weather—critical for factories with 24h operations). Power Matching: 1.5–2x the LED power (e.g., 120W LED requires 180–240W solar panel; prevents battery depletion during consecutive rainy days). Battery: Type: Lithium iron phosphate (LiFePO₄) (advantages: 3,000+ charge cycles, -30°C–60°C operating range, no acid leakage—safer for factories with flammable materials). Capacity: Ensure 5–7 days of backup power (e.g., 120W LED with 12V/200Ah LiFePO₄ battery supports 8h/day operation for 6 days). Controller: Type: MPPT (Maximum Power Point Tracking) (charging efficiency ≥95%; 15–20% more efficient than PWM controllers—maximizes energy use for factory night shifts).       3. Safety & Security Features   Anti-Glare LED Optics: Use "batwing" or "asymmetrical" light distribution (avoids glare for vehicle drivers and CCTV cameras—critical for accident prevention and security monitoring).   Surge Protection: Built-in 10kV surge protector (shields the system from electrical surges caused by factory machinery—prevents burnout during production peaks).   Remote Monitoring (Optional): Integrate IoT modules (e.g., 4G/Wi-Fi) to track battery level, LED status, and fault alerts via a mobile app (enables proactive maintenance—avoids sudden lighting failures in high-security zones).     If you need customized production, click here to contact us!   *Send an inquiry,contact us, and then you can obtain samples!   (Please contact customer service to learn about the sample collection process) (Please be sure to fill in your name, address, postal code, and phone number for shipping!)   We are honored that you are interested in our Mingye products.   We have been searching for distributors to sell our products in your local market.  The company has obtained national ISO9001 quality management system certification, energy-saving certification, construction enterprise qualification certificate, CCC, RoHS, CQC, CB, CNAS, UL, and SGS certifications, and is one of the companies involved in developing streetlight industry standards.     LEADRAY Lighting, equipped with advanced production equipment and processes, is dedicated to the research and development and production of intelligent lighting control systems. They provide lighting for urban and rural roads, gardens, courtyards, squares, bridges, and other locations, offering a wide range of products, including integrated solar streetlights, municipal streetlights, smart streetlights, landscape lights, magnolia lights, Chinese lanterns, courtyard lights, high-pole lights, and garden lights.

Display the core components of a solar street light (high-efficiency solar panels, lithium iron phosphate batteries, LED light sources, and intelligent controllers), annotating each component's parameters (e.g., battery capacity "12V/100Ah," light source power "30W," and controller functions "light control + time control") to provide visitors with a direct understanding of the product's core.   Comparative Display: For key components (e.g., solar panels), display samples comparing "monocrystalline vs. polycrystalline" and "standard glass vs. anti-glare glass," noting differences in conversion efficiency and weather resistance to highlight the product's technological advantages.     Municipal Engineering - High-Pole Solar Street Lights (6-12 meters), Smart Street Lights (with CCTV/Charging Station/Wi-Fi) -- Urban main roads, municipal squares, and park scenic areas. Wind resistance rating (≥ 12), battery life (lights stay on for 7-10 consecutive days of rain and cloudy weather), smart control system (remote dimming/fault alarm).   Rural Construction - Small and medium-sized solar street lights (3-6 meters), integrated solar street lights (easy to install) -- Rural roads, village squares, and farmland paths. Low-cost, easy to install (no pre-laid cables required), suitable for low-light areas (high-efficiency monocrystalline solar panels).   Special Scenarios - Solar Garden Lights (highly decorative), Solar Insect Killer Lights (for agriculture), Explosion-proof Solar Street Lights (for chemical/mining applications) -- Villa courtyards, farmland orchards, and hazardous chemical areas. Waterproof rating (IP67/IP68), explosion-proof certification (Ex d IIB T6), decorative design (multi-color housing/design).   Live demonstrations of features like "remotely control lighting modes via mobile app," "charging at charging stations," and "real-time surveillance camera feeds" allow visitors to experience the advantages of "intelligence" firsthand.     A scenario simulation area allows visitors to intuitively experience product performance in real-world environments, enhancing their sense of immersion.   Core technologies (such as "MPPT intelligent charging technology," "low-temperature discharge protection technology," and "light sensing + timing dual-mode control") are showcased, highlighting technical advantages (such as "MPPT technology improves charging efficiency by 20%" and "operates normally even at -30°C").     The company's patents (invention patents, utility model patents), product certifications (CE, ROHS, CQC, ISO9001 quality system certification), and project awards (such as "Preferred Municipal Engineering Product" and "Green Energy Innovation Award") are displayed, providing endorsement through authoritative credentials.   Case Map: Create a national (or global) case map, using markers to highlight key projects (e.g., "Beijing Municipal Road Reconstruction Project," "Yunnan Rural Revitalization Streetlight Project," "African Village Lighting Project"). Click on a marker to view project details (project scale, number of installations, user feedback, and on-site photos/videos).   The solar street light factory showroom can become a core platform for "displaying products, delivering technology, building trust, and promoting conversion", helping companies highlight their advantages in competition and impress target customers.  

As a comprehensive solution provider for urban lighting, it has addressed the issues of traditional solar street lamps by integrating smart lighting and Internet of Things technologies. It has developed the "LEADRAY" solar integrated lamp pole for street lighting. The photovoltaic panel of this lamp is embedded in the lamp pole, with good light collection angle. It uses monocrystalline silicon solar panels, and the photoelectric conversion rate can reach 21%. Combined with the MPPT intelligent controller , it can intelligently adjust the light conversion rate of the battery panel and battery storage, and can also intelligently control the on-off time and light brightness of the street lamp based on factors such as the number of people. Specializing in the research and production of photovoltaic application products, the company's products include solar street lamps and solar garden lamps, etc. The company holds over 200 independently developed patent technologies and has established 6 production bases. Its solar street lamp products, leveraging the advantages of photovoltaic technology, may provide stable lighting for rural roads and farms in the agricultural market. Mainly engaged in the research and development , production and sales of agricultural LED series lighting fixtures and solar power supply systems. The street lamps produced by them are designed to meet the needs of agricultural lighting. They may not only provide road lighting but also have certain agricultural lighting functions, such as providing some supplementary light for surrounding crops. They are suitable for rural roads and the surrounding areas of farmlands. Product type positioning of street lamps Street lamps are classified by energy type: Traditional municipal street lamps: Suitable for urban roads and industrial parks, they need to be connected to the power grid, suitable for scenarios with stable power supply, featuring high-pressure sodium lamps and LED sources (energy efficiency is superior to sodium lamps, with a lifespan of up to 50,000 to 100,000 hours). Solar street lamps: Mainly targeted at rural, agricultural markets and remote areas, they do not require a power grid, relying on photovoltaic panels + energy storage batteries (such as lithium batteries, with a range of 3 to 5 days), combined with intelligent light control / time control switches, suitable for rural roads, farms, and livestock farms, etc. Smart street lamps: Integrated with 5G base stations, charging piles, environmental monitoring, security cameras and other functions, targeting smart city projects, they need to be connected to government or large enterprises, with high technical requirements (such as installing an IoT platform and remote control system). Street lamp manufacturing industry Lighting industry equipment Sales of street lamps market Brandon: +86 135 9045 0026 Helen Fu: +86 134 2439 0319 Gary Zhou: +86 181 2706 1312 Sales of LED lighting fixtures market Street lamp manufacturing market Sales of street lamp manufacturing

The manufacturing process of solar roads is stable and reliable. 1. Core concept of the hollow design The hollow design of solar street lamps , through innovations in structural lightweighting, artistic lighting effects, and functional integration, breaks away from the traditional closed shape of street lamps. It not only meets the basic lighting requirements but also integrates aesthetic value and practical performance, meeting the upgrading demands for landscape lighting in current smart cities and rural revitalization. 2. Core advantages of the new hollow design 1. Balance of lightweight and high strength Material innovation: Utilizing a combination of aerospace-grade aluminum alloy and stainless steel, the hollow structure eliminates redundant materials, reducing weight by 30% to 50%. Through mechanical simulation optimization of the framework layout (such as honeycomb-shaped hollowing, truss-style support), the wind resistance grade is ≥ 10, and the corrosion resistance lifespan is ≥ 15 years. Installation convenience: The lightweight design reduces the difficulty of hoisting, especially suitable for areas with inconvenient transportation such as mountainous and hilly regions. It can be assembled by a single person, increasing the construction efficiency by 50%. 2. Optimization of light transmission and heat dissipation performance Light transmission rate improvement: The hollow structure increases the effective light-receiving area of the solar panel by 15% to 20% (compared to traditional fully enclosed lamp covers), combined with an adaptive tilt adjustment bracket, the daily power generation increases by approximately 12%. Active cooling system: The hollow gaps in the lamp body form air circulation channels, with built-in heat-conducting silicone + fin-type heat sinks. The temperature of the LED light source is reduced by 10 to 15°C, the light attenuation rate from 30%/10,000 hours to 15%, and the lifespan of the light source is extended to over 50,000 hours. 3. Artistic appearance and scene adaptation Cultural element integration: Rural model: Using imitation bamboo weaving and wood grain hollowing patterns (as shown in Figure 1), integrating a rural style, suitable for and guesthouses； Urban model： Geometric lines hollowing (such as rhombus， wave shape， as shown in Figure 2)， combined with metal brushed finish， creating a modern technological feel， suitable for parks and pedestrian streets； Tourism model： Customized hollow engraving (such as scenic area logos， regional characteristic patterns， as shown in Figure 3)， becoming a landscape landmark， enhancing the recognition of tourism projects. Lighting interaction effect： At night， the lighting projects through the hollow structure project unique patterns (such as leaf shadows， star matrix)， forming "ground projection art"， enhancing spatial interest， and can be used for popular tourist spots， children's activity areas， etc. 4. Intelligent function integration Modular design： The hollow structure reserves sensor installation positions， supporting light / human sensing modules， cameras， WiFi hot spots， environmental monitoring (temperature/humidity / PM2.5)** and other functions expansion， meeting the needs of smart security， data collection， etc. Energy storage optimization： Combined with the heat dissipation advantages brought by the hollow design， it can be adapted to high-temperature-resistant lithium batteries (-30°C to 60°C operation)， with a capacity increase of 20%， and the continuous illumination days in rainy weather extend from 3 days to 5 to 7 days. 1. Key processes at the production end Precision processing: Utilize five-axis CNC engraving + die-casting molding technology to ensure the accuracy of the hollow gap at ±0.1mm, avoiding dust accumulation and corrosion caused by burrs. Surface treatment: The hollow components need to undergo anodizing + electrostatic powder coating process. The salt spray test should be ≥ 1000 hours, suitable for coastal high-humidity and high-salt environments. Waterproof design: Add a silicone sealing ring + drainage channel between the hollow structure and the light source cavity. The IP65 protection level is achieved to prevent rainwater from seeping in and damaging the circuit. 2. Suggested selection for the purchasing end Lighting condition assessment: High-latitude or rainy areas: Prioritize models with a hollow area coverage of >40% + dual-axis tracking systems to improve the utilization of light energy; Low-latitude areas with strong light: You can choose models with a hollow area of 20% to 30% + diffused reflector lamp covers to avoid glare.

Street lamp lighting street lamp, Leadray lighting, monitoring pole, street lamp, high pole lamp production and sales. The company is well equipped, sophisticated production technology, strong technical force, intimate after-sales service, welcome to inquire! Welcome to visit our lighting factory. Professional road lighting street lamp manufacturers, focus on road lighting street lamp production for 20 years, advanced technology, manufacturers direct wholesale. Road lighting street lamp style novel, first-class quality. Main products: Solar lamp; Solar floodlight; Solar street lights; Garden lights; Landscape light; Outdoor lighting fixture， Welcome friends and customers to find, shop, buy, pick a number of street lights, quality explosion source wholesale price. LED solar landscape street light is a more common style, its main part is composed of LED lamp beads, lampshade, panel, controller, bracket and so on. Street lamp product category: steel street lamp, aluminum street lamp, high light street lamp.

Your lighting order across the mountains and oceans is the greatest affirmation of our technology and service, this trust makes us feel honored "‌" From strangers to partners, each order of solar street lights carries the sincerity of going both ways, grateful for the trust of African customers with you on this journey "‌ ‌ 1️⃣ ‌ Design Phase ‌: 3D modeling (SolidWorks/ AutoCAD) & client approval. 2️⃣ ‌ Prototyping ‌: 18-day lead time with ‌ test report ‌ (LED efficacy ≥180lm/W). 3️⃣ ‌ Mass Production ‌: material selection ‌ : die-cast aluminum or aluminum alloy lamp body, improve heat dissipation and corrosion resistance ‌. Key features: Lithium battery ✅ ‌ ‌ (3-15m detection range, 15-30s delay) PIR+Radar dual-mode Attached are our ‌ ‌ and ‌1 ‌. Let us know your target price (e.g., USD 45-120/unit) for tailored solutions.

The production of street lamps needs to be carried out in the LEDARY factory in the manufacturing country. At this stage, it is necessary to ensure that the design of the street light meets the safety standards and technical requirements of the target country. After we complete the production, the street lamp manufacturer carries out international transportation by sea or air. This involves logistics and customs procedures, including export procedures, transportation and insurance arrangements. Import and customs clearance procedures: Once the street light arrives at the port or airport in your country, customs clearance procedures are required. This includes paying customs duties, declaring cargo information, etc., and complying with the import regulations and standards of the target country. Local compliance and installation: In your country, it is necessary to meet relevant compliance standards and obtain relevant permits and approvals according to local laws and regulations and installation requirements. This can involve consultation and cooperation with local government agencies. Installation team and partners: In order to effectively install street lights to a foreign country, it is usually necessary to work with a local professional installation team or partner. These teams should have the appropriate experience and technical expertise to ensure an efficient installation process. Installation and commissioning: The installation team will carry out the installation and commissioning of street lights according to the design drawings and specifications. They will ensure that the street lights are working properly, the lighting effect is as expected, and check the power supply and electrical wiring. Maintenance and after-sales service: Once the street lights are installed, providing maintenance and after-sales service becomes essential. This includes regular inspection, maintenance and repair of street lights, and timely response to customer needs and questions. Design to meet target national standards, transport and customs clearance procedures, compliance and installation requirements, and cooperation with local partners.

It is very important to burn-in solar street light sources and controllers to ensure their performance and reliability. The aging test is to simulate the aging process of the actual use environment and conditions by running the light source and controller continuously for a certain period of time. This helps identify potential problems and breakdowns and take necessary repair and maintenance measures in advance. In terms of the light source of solar street lamps, life test and light efficiency test are mainly carried out. Life test is to evaluate the service life of the light source by allowing it to run continuously for a certain time in the working state to observe whether its brightness changes, whether the filament is aging, etc. The light efficiency test measures the relationship between the luminous flux and power consumption of the light source to evaluate its energy efficiency. The controller burn-in test mainly includes function test and stability test. By testing various working modes and functions of the controller, the normal operation of each function is detected. Stability testing is to test the controller under different environmental conditions, such as temperature, humidity and other factors, to ensure its stability and reliability in various working environments. Through the aging test of solar street light source and controller, potential problems can be discovered and solved in advance to ensure product quality and performance. In this way, solar street lights can provide lighting services stably for a long time in actual use and meet the needs of users. The aging test of solar street lamp is the key step to evaluate its quality and performance. To ensure the effectiveness of the test, the temperature setting needs to be strictly controlled. Generally, it is recommended to maintain the test temperature at (50±2) ℃, which can better simulate the environment of street lights in actual use. Solar street lights, solar street lights professional manufacturers, product quality, reasonable price, welcome to inquire solar street lights, solar street lights, manufacturers direct sales, welcome to inquire!

Solar combined street light is a lighting device that integrates solar panels, energy storage batteries, LED light sources and control systems. 1. Environmental protection and energy saving: solar combined street lights use solar energy as an energy source, do not require external power supply, reduce dependence on traditional energy sources, and achieve environmentally friendly lighting. 2. Supply LED light source to achieve efficient energy utilization and save energy consumption. 3. Autonomous lighting: solar combined street lights have automatic sensing function, which can automatically adjust the brightness and switch of the light according to the ambient brightness, so that it is automatically lit at night or when the light is low, and automatically turned off during the day or when the light is sufficient. 4. Easy maintenance: The design structure of solar combined street lights is simple, without laying cables and connecting the power supply, reducing the complexity and maintenance costs of maintenance work. 5. Long life: solar combined street lights use LED light source, which has the characteristics of long life and strong durability, reducing the frequency and maintenance cost of replacing bulbs. 6. A variety of application scenarios: solar combined street lights are suitable for a variety of outdoor places, such as urban roads, rural roads, parks, parking lots, campuses, etc., to provide reliable lighting solutions for these places. Solar combined street lights have many advantages such as environmental protection, energy saving, independent lighting, easy maintenance, long life and so on, and have been widely concerned and purchased.