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Street Lights Factory

Zhejiang Yicheng Intelligent Technology Co., Ltd.
Zhejiang Yicheng Intelligent Technology Co., Ltd.

Founded in 2008, Yicheng Technology is one of China's earliest specializing in the R&D, production, and sales of Street Lights. For many years, Yicheng Technology has specialized in the Street Lights industry. Its products are manufactured under the ISO9001:2015 quality management system and have passed authoritative certifications, including the EU CE, ROHS, China 3C, CB, ERP energy consumption, Australian SAA, and Indian IBS. With rigorous R&D and strict production practices, Yicheng Technology offers a three-year warranty. Its business scope covers various countries and regions, and it has partnered with numerous renowned lighting brands, both domestically and internationally, for OEM/ODM services, earning widespread acclaim. Yicheng Technology also provides professional LED commercial lighting solutions.

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    Establishment

    Founded in 2008, Yicheng has 17 years of experience in the industry.

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    Current Employee

    We have more than 200 employees, including 60 technical R&D personnel.

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    Factory Area

    We have a large manufacturing plant to meet order needs

Certificate Of Honor
  • Certification as a Quality Service Integrity Unit
  • Fixed Luminaires EU CE Certification
  • Embedded Lighting Fixtures EU CE Certification
  • Track Lighting Fixtures EU CE Certification
  • Fixed Luminaires International Electrotechnical Commission (IEC) CB Certification
  • Embedded Luminaires International Electrotechnical Commission (IEC) CB Certification
  • Track Lighting Fixtures International Electrotechnical Commission (IEC) CB Certification
  • Australian RCM Certification
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Industry knowledge

Street lights are a crucial component of urban infrastructure. Their primary function is to provide illumination for roads, streets, squares, and public spaces, ensuring traffic safety at night, enhancing the city's image, and fulfilling energy-saving, environmentally friendly, and intelligent management tasks in modern cities.

Basic Functions of Streetlights

Street light systems not only provide nighttime illumination but also serve multiple functions:

  • Traffic Safety Assurance

Drivers, pedestrians, and cyclists need a clearly visible road environment at night. Properly placed streetlights can reduce the incidence of traffic accidents and improve nighttime driving safety.

  • Urban Guidance and Identification

Streetlights not only illuminate roads but also enhance the visibility of the city's nightscape and improve road guidance through lighting design, pole styling, and color temperature selection.

  • Landscape and Urban Beautification

As an important element of the urban landscape, streetlights can create a nighttime atmosphere through light color temperature, brightness, and luminaire design, enhancing the city's image and cultural characteristics.

  • Energy Saving and Environmental Protection

Using LED light sources, intelligent control, and timed switching, modern streetlight systems can significantly reduce energy consumption, small light pollution, and lower operating and maintenance costs.

  • Intelligent Management and Remote Monitoring

Modern streetlight systems integrate Internet of Things (IoT) technology, enabling remote monitoring, fault alarms, brightness adjustment, and energy management, improving management efficiency and the city's level of intelligence.


Classification and Applications of Streetlights

Based on installation location, lighting method, and functional requirements, streetlights can be divided into the following categories:

  • Main Road Streetlights

Mainly used on urban main roads and highways, requiring uniform illumination, high brightness, and large coverage area. LED streetlights or high-pressure sodium lamps are commonly used, and energy-efficient street lamps are widely applied in this type, significantly reducing energy consumption.

  • Secondary Road and Branch Road Streetlights

Used on secondary roads and residential streets, emphasizing comfort and visual softness while ensuring basic safety lighting.

  • Square and Public Space Lights

Mainly used in urban squares, parks, and important public spaces, combining illumination and landscape beautification functions. Floodlight streetlights are often used in squares, fountains, or for illuminating the facades of large buildings, providing high-brightness coverage and visual impact.

  • Special Function Lights

Including tunnel lights, pedestrian overpass lights, bridge lights, and underpass lights, meeting the lighting needs and safety standards of specific scenarios.

  • Decorative Street Lights

Primarily intended to beautify the city's nightscape, such as landscape lights, sculptural lights, and uniquely designed lights, enhancing nighttime visual effects through color temperature, brightness, and luminaire design.

Common Street Light Specifications Table

Luminaire Type Light Source Type Power (W) Protection Rating Control Method Main Use
Floodlight Street Light LED / Metal Halide Lamp 100-1500 IP65 Manual/Timer/Smart Squares, building facades, bridge lighting
Energy Efficient Street Lamp LED 30-300 IP65 Smart Control / Timer / Light Contro Energy-efficient lighting for main roads, secondary roads, and urban roads
High Mast Light LED / Metal Halide Lamp 500-2000 IP65 Control Panel / Remote Monitoring Highways, squares, docks
Road Light (Standard Street Light) LED / High-Pressure Sodium Lamp 50-250 IP54-IP65 Light Control / Timer Main roads, branch roads, residential areas
Pedestrian Path Light LED 10-50 IP44 Light Control / Timer Sidewalks, pedestrian streets, parks
Decorative Street Light  LED 10-100 IP44-IP65 Timer / Smart Parks, landscapes, urban nightscape beautification

The table shows the light source, power, protection rating, control method, and main uses of different types of street lights. Floodlight Street Light and Energy Efficient Street Lamp appear several times, highlighting their representativeness and application scenarios.


Technical Characteristics of Street Lights

Modern street lighting systems integrate multiple technological innovations:

  • High Brightness and Optimized Luminous Efficiency

LED light sources have high luminous efficiency, uniform illumination, and dimmable characteristics, meeting the needs of different road types and safety requirements.

  • Energy-Saving and Environmentally Friendly Design

Energy Efficient Street Lamps use low-energy LED light sources, combined with intelligent control and timed switching, to achieve significant energy savings.

  • Intelligent Control and Remote Management

Through IoT technology, street lights can be remotely monitored for power usage, fault status, and brightness adjustment, enabling city-level management.

  • Weather Resistance and Durability

The street light housing adopts anti-corrosion, anti-ultraviolet, and waterproof design, ensuring long-term stable operation of the luminaires in wind, rain, snow, frost, and high-temperature environments.

  • Optical Design and Uniform Illumination

Through reflectors, lenses, and optical design, the light is evenly distributed, reducing glare and light pollution, and improving driving and walking experiences.


The Role of Streetlights in Traffic and Urban Management

  • Improving Nighttime Traffic Safety

Nighttime driving and walking pose higher risks; evenly illuminated streetlights can reduce traffic accidents and pedestrian falls.

  • Enhancing Urban Nightscape and Aesthetic Appeal

Floodlight Street Lights are used for accent lighting on squares, bridges, and building facades, creating visual focal points and enhancing the city's image.

  • Energy Saving and Sustainable Development

LED streetlights and energy-efficient street lamps significantly reduce energy consumption and carbon emissions, aligning with the modern city's sustainable development philosophy.

  • Intelligent Urban Management

Through centralized control systems and IoT monitoring, city managers can monitor streetlight status in real time, perform remote dimming, receive fault alarms, and plan maintenance, improving management efficiency.

  • Public Safety and Surveillance

Well-lit streets at night can reduce crime rates and increase citizens' sense of safety during nighttime activities, while also enhancing crime prevention capabilities in conjunction with surveillance cameras and other monitoring facilities.


Streetlight Design Principles

Rational streetlight design requires considering the following factors:

  • Illuminance and Uniformity

Different road types need to meet specified illuminance requirements, ensuring uniform lighting on roads and sidewalks, avoiding areas that are too bright or too dark.

  • Color Temperature and Comfort

Streetlights should use neutral white or warm white light to reduce glare and improve visual comfort and nighttime visibility.

  • Safety and Protection

The luminaire structure should be robust, with strong wind resistance, waterproofing, and corrosion resistance to ensure long-term safe operation.

  • Energy Saving and Intelligence

The luminaires should incorporate light control, infrared sensing, and timers for automated management, achieving energy efficiency and environmental protection.

As an important component of urban infrastructure and smart cities, streetlights not only fulfill the function of lighting but also involve safety, aesthetics, energy saving, and intelligent management. Floodlight Street Lights provide focused lighting in squares, bridges, and building facades, while Energy Efficient Street Lamps provide energy-efficient and safe lighting in roads and residential areas.