Unveiling Mason’s Lamis Series LED Street Light
As your trusted LED street light provider, Mason takes pride in presenting the Lamis Series LED Street Light – a beacon of innovation and efficiency that
Road lighting is integral to urban infrastructure, safeguarding urban security, fostering economic growth, and enhancing residents’ quality of life. It plays a pivotal role in urban planning and traffic management, with key technical requirements encompassing:
Optical Design: Prioritizing even light distribution to enhance visibility and minimize glare and shadows. Tailoring light source and lamp designs while adjusting beam shape and distribution to suit specific road lighting needs.
Energy-saving Technology: Incorporating energy-efficient solutions like LED light sources, intelligent control systems, and optical devices to reduce energy consumption. LED technology offers efficiency, longevity, and adaptability, with intelligent control systems dynamically regulating lighting intensity and duration to meet energy-saving objectives.
Environmental Protection: Designing lighting systems with a focus on reducing light pollution and environmental impact. Utilizing appropriate beam control and optical devices to minimize upward light scattering, mitigate interference with astronomical observations and wildlife, and preserve the ecological balance.
Reliability and Durability: Ensuring lighting equipment demonstrates durability and reliability, operating seamlessly across diverse climatic conditions with a long-term performance guarantee. Selecting weather-resistant materials, implementing proper thermal design, and adhering to stringent quality control measures to ensure stable system operation.
Intelligent Management: Leveraging intelligent management systems for remote monitoring, adjustment, and maintenance of road lighting. Enhancing management efficiency and operational stability through features such as light control, time control, and motion sensing, enabling dynamic lighting adjustments based on real-time data.
Safety and Operability: Prioritizing safety and ease of operation to facilitate installation and maintenance, mitigating potential risks to pedestrians and vehicles. Upholding the safety and reliability of road lighting systems to ensure uninterrupted service.
Implementing appropriate road lighting solutions is pivotal in enhancing road safety, comfort, and sustainability, thereby promoting the sustainable development of cities and improving residents’ quality of life. Mason addresses these needs with its unique series of LED street lights, designed for versatile applications across highways, city roads, country roads, streets, parks, and outdoor parking lots, exemplifying a commitment to comprehensive urban lighting solutions.
To achieve a comprehensive road lighting solution, the optical design of street lights must carefully consider various factors, including road requirements, environmental concerns, safety, intelligence, and aesthetics. Here are key considerations for optimal road lighting:
1. Precise Light Distribution: Utilize LED chips’ small light source characteristics to precisely control light direction, crucial for achieving even light distribution. Secondary optical design can optimize the light distribution curve of LED street lights, ensuring uniform illumination on the road while enhancing lighting efficiency and reducing light pollution.
2. Optimized Light Pattern Design: Effective road lighting demands a rectangular light pattern from street lamps, covering the road precisely while minimizing light pollution outside the road area. Asymmetric freeform secondary optics facilitate this precise light distribution, simplifying street light design, heat dissipation, and power supply control, thereby improving overall lighting effectiveness.
3. Asymmetric Free-form Surface Secondary Optical Elements: Incorporating asymmetric free-form surface secondary optical elements allows direct realization of rectangular light distribution on a single LED module. This design streamlines street light structure, heat dissipation, and power supply control while enhancing lighting efficiency.
4. Hybrid Reflector Optical Structure: Designing a hybrid reflector optical structure and adjusting the deflection angle of each light source column achieves uniform rectangular light distribution for street lighting. This approach improves road lighting uniformity, minimizes areas of uneven light and darkness, and reduces visual fatigue and safety hazards for drivers.
5. Humanized Design: Address the needs of pedestrians and non-motorized vehicles by incorporating sidewalk and non-motorized lane lighting into the optical design. Ensuring safety for pedestrians and non-motorized vehicles at night enhances overall road lighting effectiveness.
By integrating these considerations into street light optical design, a comprehensive road lighting solution can be achieved, enhancing safety, efficiency, and aesthetics while minimizing environmental impact and optimizing user experience.
During the project design phase, leveraging optical simulation software is crucial for ensuring the efficacy and efficiency of street lighting solutions. Here’s how optimization through simulation and analysis can be achieved:
1. Simulation and Analysis: Optical simulation software accurately predicts the propagation path of light, pivotal for street light design. Designers can anticipate light distribution patterns, ensuring even illumination on the road while mitigating light pollution. By simulating light behavior, designers can fine-tune the design before production.
2. Design and Optimization: Optical simulation software facilitates testing of various optical components like reflectors and lenses, analyzing their impact on light distribution. Designers iteratively refine the design using simulation results, striving for optimal lighting outcomes. This iterative process enables continuous optimization, ensuring the best lighting effect is achieved.
3. Performance Evaluation: Optical simulation software assesses streetlight performance through illuminance analysis, brightness testing, and glare assessment. These evaluations are critical for meeting safety standards and enhancing nighttime driving comfort. By scrutinizing performance indicators, designers can refine the design to meet stringent requirements.
4. Cost Reduction: Utilizing optical simulation software detects potential design flaws early, minimizing costly rework during production. By conducting preventive design verification, time and resources are saved, enhancing the efficiency of product development. This proactive approach reduces manufacturing costs and accelerates project timelines.
By harnessing optical simulation software throughout the design process, designers optimize street lighting solutions, ensuring they meet actual lighting needs, comply with safety standards, and deliver cost-effective outcomes.
Our products feature bases compliant with zhaga and NEMA standards, integrating advanced functionalities such as light control, time control, motion sensing, and remote wired/wireless control. This enhanced intelligence not only optimizes energy usage and reduces operational costs but also streamlines lamp management for users. By aligning with modern urban lighting requirements, our products significantly elevate the intelligence level of street lights, enhancing efficiency and meeting the evolving needs of urban environments.
The concept of a smart city represents a paradigm shift in urban development, aimed at revitalizing government functions and fostering innovation in social management. By leveraging advanced technologies, smart cities aspire to enhance infrastructure intelligence, streamline public services, refine social management, improve ecological sustainability, and optimize industrial systems.
Smart management harnesses next-generation information technology to perceive, monitor, analyze, and integrate urban resources swiftly and accurately. It caters to diverse needs, including livelihood enhancement, environmental conservation, public safety, urban services, and commercial activities. Through this approach, smart cities cultivate green and harmonious environments while providing a broad spectrum of convenient and efficient services to the public.
As a pivotal component of smart city infrastructure, the smart light pole assumes significance in aligning with the overarching goals of smart city development. Serving as a multifaceted system, the smart light pole integrates IoT, cloud computing, and big data technologies. It functions as a modern urban lighting system while incorporating communication base stations, video surveillance, LED advertising screens, broadcasting capabilities, Wi-Fi access points, one-touch emergency calling, and charging stations. By integrating these features, the smart light pole emerges as a new public service infrastructure tailored to the evolving needs of smart cities.
With the senior talent R&D team and the rich experience in practical application, Mason has great advantage to provide customization service to global customer group. For both industrial and commercial areas, or in both normal lighting field and intelligent lighting field, Mason has successfully won some customized LED lighting projects with Metro LED product, Advertising LED product, Meat LED product, Refrigerator LED product in Australia, Germany, France and America etc.Mason has a senior talent R&D team and rich practical application experience, and has the huge advantage of providing customized services to the global customer base. Whether it is industrial or commercial fields, whether it is general lighting field or intelligent lighting field, Mason has successfully won the subway LED lighting products, advertising LED lighting products, road LED lighting products, warehouse LED lighting products, etc. in Australia, Germany, France and other countries. Customized LED lighting projects.
Mason has a team of skilled designers and engineers who have the expertise to conceive and develop innovative lighting solutions based on specific project requirements. Whether customizing an existing design or creating an entirely new product, Mason’s design capabilities ensure that customer specifications are effectively met.
Mason understands that every project has unique requirements. With flexible manufacturing processes and a commitment to customization, Mason can tailor its products to meet customers’ specific needs, brands and specifications. This flexibility extends to every aspect, including design, functionality, materials and packaging.
Mason focuses on quality throughout the entire manufacturing process, ensuring every product meets the highest standards of reliability, performance, and safety. From design and material procurement to production and testing, strict quality control measures are implemented at every stage to ensure the consistency and excellence of the final deliverables.
Mason’s well-equipped manufacturing facilities and efficient production processes enable it to handle projects of varying sizes and complexity. Whether it is small-scale customization or mass production, Mason has the ability to meet the needs of OEM and ODM projects.
Mason values partnerships with clients, working closely with them throughout the project lifecycle to understand their needs, preferences and goals. This collaborative approach ensures that client expectations are not only met but exceeded.
As your trusted LED street light provider, Mason takes pride in presenting the Lamis Series LED Street Light – a beacon of innovation and efficiency that
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