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Solar Street Light
Split Solar Street Light
Split solar street lights consist of separate components, including the solar panel, LED lamp, and battery. This design allows for flexibility in installation and maintenance.
Key Features
- High Efficiency: Solar panels can be oriented for optimal sunlight exposure.
- Durability: High-quality materials ensure longevity.
- Customization: Adjustable components for various needs.
Benefits
- Easy Maintenance: Separate components make it easier to replace individual parts.
- Flexible Installation: Suitable for areas with specific lighting requirements.
- Enhanced Performance: Optimized placement of solar panels and lights.
Ideal Use Cases
- Remote Areas: Where maintenance access is limited.
- Urban Areas: Where specific lighting configurations are needed.
- Industrial Zones: For enhanced security and visibility.
All in One Solar Light
All in One solar street lights integrate the solar panel, LED lamp, and battery into a single unit. This streamlined design offers simplicity and ease of installation.
Key Features
- Compact Design: All components are housed in one unit.
- Ease of Installation: Quick and straightforward setup.
- Modern Aesthetics: Sleek and attractive appearance.
Benefits
- Cost-Effective: Reduced installation and maintenance costs.
- Efficient: Integrated design ensures optimal performance.
- Versatile: Suitable for a wide range of applications.
Ideal Use Cases
- Residential Areas: For neighborhood and pathway lighting.
- Public Parks: To enhance safety and visibility.
- Commercial Areas: For parking lots and business premises.
Solar Street Lights Solutions by Hitech
Comprehensive Solar Street Lights Solutions
Unmatched Quality & Price
We are an OEM/ODM manufacturer, ensuring unwavering quality control and unbeatable pricing. Our dedicated technical and service team is here to deliver the best solutions.
Unified Professional Team
Our unified technical team offers clients unparalleled solutions for every unique project, leveraging their expertise to meet your needs.
13 Years of Export Experience
With 13 years of production and export experience, we have undertaken projects across Africa, Europe, and Southeast Asia. Our extensive experience in government projects allows us to provide unrivaled advice on solar products.
Unique Customization Options
We offer products with unique specifications according to customization needs, ensuring that each client receives a solution tailored to their specific requirements.
Fast Delivery
We accept small orders and provide ultra-fast delivery services, ensuring that you receive your products promptly.
Comprehensive Support
Our professional team is ready to offer comprehensive support and advice on your projects, ensuring successful implementation and satisfaction.
hITECH aDVANTAGES
Comprehensive Solar Solutions for Your Project
Solutions
We tailor specific technical plans for each unique project’s needs.
Experience
Our team’s extensive field experience guarantees reliable, tested solutions.
Quality
We ensure every solution is complete, accurate, and practical through rigorous checks.
Worker Training
We ensure your team is well-trained for successful project execution.
Why Choose Hitech?
Founded in 2010, Qingdao Hitech New Energy Co., Ltd., a subsidiary of Yangzhou Borui Electric Lighting Co., Ltd., is a high-tech enterprise dedicated to solar power products, encompassing R&D, production, and sales. Specializing in road lighting and energy storage lithium-ion batteries, our main offerings include photovoltaic systems, energy storage batteries, and urban road lighting solutions such as solar street lights and traffic lights.
With nearly two decades of production and R&D expertise from our parent company, we commit to delivering secure, stable, and high-quality solar products and energy storage solutions across diverse global markets, including Asia, Europe, and Africa.
Finished Projects
Years Experience
Sunlurio has completed numerous street lighting and solar projects worldwide, including major installations in Togo, Ghana, Cote d'Ivoire, Qatar, Angola, Nepal, Cambodia, and Kenya.
These projects showcase our ability to deliver large-scale, high-quality solutions that enhance public safety, infrastructure, and support renewable energy adoption globally.
2010-2019 Togo: 5000sets Solar Street Light Installation
2015 Ghana: 4000sets Solar Street Light Installation
2012 Cote d'Ivoire: 890sets Solar Street Light Installation
Cost Advantage with Advanced Manufacturing
These four major cost advantages make our company competitive in the market, enabling us to provide customers with high-quality and reasonably priced solar street light products.
Lamp Post Production Workshop
By manufacturing lamp posts ourselves, we eliminate additional costs from middlemen, ensuring more competitive pricing while maintaining high quality and efficiency in the production process.
Photovoltaic Panel Production Workshop
Our in-house production capabilities for photovoltaic panels enable us to ensure product quality and optimize production costs, providing customers with more cost-effective solar energy solutions.
Lithium Battery Workshop
We produce lithium batteries in-house, ensuring their durability and reliability, while reducing external procurement costs, bringing greater economic benefits to our customers.
LED Light Whokshop
By manufacturing our own light sources, we ensure the quality and performance of the lighting, while reducing costs, providing customers with superior and more economical lighting solutions.
Certificates
Qingdao Hitech New Energy Co., Ltd. (Sunlurio) holds ISO 9001, CE, and RoHS certifications, ensuring top-quality and environmentally responsible products.
See What Our Customers Are Saying
FAQs
Here are some common questions about solar street lights:
In 100% discharging deepness, it can be cycled for 800-1,000 times.
We offer a variety of solar street lights, including integrated, split, and customized solutions to fit different applications.
Yes, we provide customizable solutions to meet your specific needs, including different specifications and designs.
Our solar street lights are designed for long-term use, typically lasting between 10-15 years with proper maintenance.
Yes, our solar street lights are designed to be highly energy-efficient, harnessing solar power to reduce electricity costs.
Contact Us
Knowledge
How to Choose the Right Street Light for Your Needs
“Split-type and All-in-one Street Lights have always been a dilemma for consumers. Let’s explore together how to make the right choice.”
Commercial Split-Type Street Light (PROJECT)
- High Flexibility: Split-type street lights have separate designs for the light source, controller, and battery, allowing for flexible selection and adjustment of each component as per specific needs.
- Good Heat Dissipation: Due to the separate placement of components, these lights typically have better heat dissipation.
- Easy Maintenance: In case of a malfunction in one part, it can be individually replaced and maintained, eliminating the need to replace the entire fixture.
Residential All-in-One Street Light
- Simple Installation: All-in-one street lights integrate all components into a single unit, making the installation process relatively simple and quick.
- Neat Appearance: With all parts integrated, these lights typically have a neater and more aesthetically pleasing appearance.
- Potential Lower Cost: Due to the reduction in the number of parts and structures, all-in-one street lights may have a lower cost.
Overall, the choice between split-type and all-in-one street lights depends on specific application requirements and budget. For project applications, split-type street lights are essential as they offer higher flexibility and better heat dissipation. All-in-one street lights have advantages in installation and cost, but their flexibility and maintainability may be inferior.
How to make a Good street light?
Production process of lighting pole
Material Selection and Preparation: Choose high-quality steel or aluminum to ensure the structural stability and durability of the lamp posts. The materials undergo strict quality checks to remove impurities, preparing them for the next step in the process.
Cutting and Forming: Using precision cutting equipment, the materials are cut into the desired shapes and sizes according to design drawings and specifications. Then, through cold or hot bending techniques, they are shaped into lamp post forms.
Welding and Assembly: Advanced welding techniques are used to ensure strong and seamless connections between different parts of the lamp post, maintaining structural integrity. The lamp posts are then assembled according to design requirements, ensuring overall cohesion.
Surface Treatment: To enhance corrosion resistance and aesthetics, the lamp posts undergo sandblasting or pickling, followed by the application of anti-rust primer and surface paint. This step ensures the lamp post’s longevity and the durability of its appearance.
Quality Testing and Packaging: After production, rigorous quality tests are conducted to inspect the structure, strength, and appearance of the lamp posts. Once each post meets quality standards, they are professionally packaged, ready for transport and installation.
Production process of solar panel
Production process of lithium battery
Cell Production: Starting with high-purity lithium materials, a series of processes including mixing, coating, drying, and cutting are undertaken to produce battery sheets.
Cell Assembly: Once the battery sheets are produced, they are stacked or rolled, placed into a protective casing, and filled with electrolyte, forming individual cells.
Sealing and Formation: Each individual cell is sealed to ensure its integrity. Then, the cells undergo a formation process where they are charged and discharged to activate them and form a stable solid electrolyte interphase.
Battery Pack Assembly: Multiple individual cells are connected in series or parallel configurations as per design requirements. They are then integrated with necessary protective circuits and a battery management system to ensure safe and efficient operation of the battery pack.
Testing and Quality Control: The completed battery packs undergo rigorous testing, including charge-discharge cycles, to verify their performance, capacity, and safety. Only those components that meet the specified standards proceed to the next phase of distribution.
Production process of LED light sources
Epitaxial Growth: On a specific substrate, such as sapphire or silicon, semiconductor materials like Gallium Nitride (GaN) are grown using Metal-Organic Chemical Vapor Deposition (MOCVD) technology to form the active layer of the LED.
Chip Fabrication: The semiconductor material, after epitaxial growth, is cut into tiny segments, known as LED chips. These chips undergo processes like electroplating, wafer dicing, and polishing to achieve the desired specifications and performance.
Packaging and Testing: The LED chips are placed on a heat-efficient base and welded to electrodes. They are then encapsulated, typically with a transparent plastic or silicone, to protect the chips and enhance light output. After encapsulation, electrical and optical performance tests are conducted.
Optical Design: To meet specific lighting needs, such as for street lights, optical design is carried out to ensure the light distribution and brightness of the LED source meet standards. This may involve using lenses or reflectors to guide the light.
Assembly and Quality Inspection: The LED light sources are assembled into the fixtures of street lights, along with the necessary driving circuits and heat dissipation systems. After assembly, final functional tests and quality inspections are performed to ensure the product meets all standards and specifications.
The selection and construction steps for solar street lights
1. **Survey and Design**: Initially, a field survey is conducted at the proposed location for the solar street lights to assess factors like sunlight duration, environmental conditions, and terrain. Based on this information, the design of the solar street lights is carried out, determining the layout, height, quantity, model, and configuration of the lights. (It’s important to note that our client initially did not verify the specifications provided in the tender document, leading to an undersized battery design that could have shortened the lifespan of the street lights. Thankfully, our engineers pointed out the error during review.)
2. **Foundation Construction**: Holes are dug at the predetermined locations to build concrete foundations, ensuring stability and durability. The foundation must be deep enough to prevent the street lights from toppling in strong winds. (It’s crucial to use a level during this stage to avoid post-installation adjustments to the street lights.)
3. **Pole and Solar Panel Installation**: Pre-fabricated poles are erected on the concrete foundations and secured. Then, solar panels are installed at the top or side of the poles as per design requirements to maximize sunlight exposure. (Attention must be paid to the angle and direction, especially on curved roads.)
4. **Battery and Controller Installation**: Lithium batteries and controllers are installed either inside the pole or at a concealed location at its base. The batteries store electricity generated by the solar panels, and the controllers manage the charging and discharging processes, ensuring the normal operation of the solar street lights. (During installation, waterproofing of the battery is critical, and the wiring connections should be oriented downwards for protection.)
5. **Luminaire and System Testing**: LED luminaires are mounted on the poles and connected to the solar panels, batteries, and controller. After installation, system tests are conducted to ensure the solar street lights automatically turn on at night and off during the day, and to check the overall performance of the system.
6. **Maintenance and Monitoring**: Post-construction, regular checks are necessary to monitor the operational status of the solar street lights, clean the solar panels to ensure efficiency, and inspect the batteries and controller, along with performing necessary maintenance.
Key considerations for project acceptance
1. **Appearance and Integrity**: Inspect the solar street lights for any visible damage or defects. All components such as poles, luminaires, solar panels, and battery boxes should be securely installed without any looseness.
2. **Photoelectric Performance**: Ensure that the LED luminaires meet the designed brightness standards with uniform light distribution, and without obvious dark or overly bright areas. Additionally, the solar panels should effectively generate electricity under sufficient sunlight.
3. **Battery and Control System**: Check the charging and discharging performance of the batteries to ensure they can provide power throughout the night and charge efficiently during the day. The control system should automatically manage the lights’ operation and include protections against overcharging, deep discharging, and overcurrent.
4. **Stability and Safety**: The poles should be firmly fixed to the base, capable of withstanding certain levels of wind force. The circuits and battery boxes should be well-sealed, waterproof, and dustproof.
5. **Operational Duration**: After consecutive sunny and cloudy days, the solar street lights should ensure continuous operation for several nights, meeting the designed lighting duration requirements.
6. **Environmental Adaptability**: Depending on the installation location, ensure that the solar street lights can withstand local climatic and environmental conditions, such as high temperatures, cold, and salt fog.
7. **Documentation and Certification**: Provide relevant product quality certificates, testing reports, and user manuals, ensuring the product complies with national or industry standards.
These acceptance standards aim to ensure the quality, performance, and safety of solar street lights, providing a reliable lighting solution for users. Of course, depending on the specific project needs and regional characteristics, there may be additional acceptance requirements and standards.
The precautions for transporting solar street lights
1. **Packaging and Securing**: To ensure solar street lights are not damaged during transit, they should be professionally packaged using shock-absorbing materials and specially designed boxes. Each component (like poles, solar panels, batteries, etc.) should be individually packaged and securely fixed to prevent friction and impact during transportation.
2. **Cargo Stacking**: Within the container, goods should be stacked logically according to weight and size to ensure a balanced distribution and prevent the container from tilting or overturning during transit.
3. **Environmental Control**: Some components of solar street lights, especially lithium batteries, may be sensitive to temperature and humidity. Therefore, consider using containers with temperature and humidity control equipment or ensure adequate ventilation.
4. **Labeling and Documentation**: Each container and package should be clearly labeled with contents, destination, weight, etc. Also, ensure that all necessary transportation documents and certifications are properly prepared for customs and handover at the destination.
5. **Cargo Tracking and Insurance**: To ensure the safe transportation of solar street lights, use a cargo tracking system to monitor the location and condition of the containers in real-time. Additionally, insuring the solar street lights for transport is important to cover potential losses and risks.
