Série STARSHIP

Lampe de rue solaire
Série STARSHIP

What are the advantages of street lamps that adopt an asymmetrical angle of 150*70 degrees?

Street lamps that use an asymmetric angle of 150*70 degrees have several significant advantages:

Lighting efficiency: The asymmetrical angle allows for even distribution of light on the roadway and sidewalks, ensuring better visibility for motorists and pedestrians.

Reduction of light pollution: The asymmetrical angle limits the dispersion of light towards the sky, thus reducing light pollution and allowing better observation of the starry sky.

Energy savings: By better focusing light to desired areas, asymmetrical angle street lamps can reduce energy consumption while maintaining excellent lighting quality.

Increased road safety: Balanced light distribution improves the visibility of traffic signs, road markings and obstacles, contributing to safer driving at night.

Lamp longevity: More targeted light distribution helps reduce bulb overheating, extending bulb life and reducing maintenance costs.

Better adaptation to specific needs: The asymmetrical angle of 150*70 degrees allows designers to adapt lighting according to the specific characteristics of each urban area, thus meeting the particular needs of each situation.

In short, using an asymmetrical angle of 150*70 degrees for street lamps provides an efficient, energy-saving and environmentally friendly lighting solution, thereby improving the quality of life and safety in illuminated urban areas.

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IP65, what are the exact advantages?

Lighting with IP65 certification for an industrial lamp has several advantages:

1 - Dust protection: IP65 certification guarantees total protection against dust. This means that the lamp is hermetically sealed and no dust particles can penetrate inside. This is particularly important in industrial environments where the presence of dust can compromise the performance of the lighting and lead to maintenance problems.

2 - Waterproofing: The IP65 rating also indicates that the light is waterproof. It is able to withstand powerful jets of water from all directions, making it ideal for use in wet environments, such as production areas, warehouses or outdoor areas exposed to the elements.

3 - Increased durability: Industrial lights with an IP65 certification are designed to be robust and durable. They are usually made from high-quality materials that can withstand harsh working conditions, including vibrations, shocks and temperature variations. As a result, they offer a longer lifespan and require less maintenance.

4 - Electrical safety: The IP65 industrial light's waterproof rating also ensures electrical safety. It prevents water or moisture from entering the internal electrical components, reducing the risk of short circuits or any other potential electrical problems. This helps maintain a safe working environment for workers.

5 - Versatility: Industrial lights with IP65 certification are versatile and can be used in a variety of applications. They are suitable for indoor and outdoor environments, and can be used in industries such as automotive, warehouse, construction, oil and gas, etc.

In summary, lighting with IP65 certification for industrial lamps offers total protection against dust, watertightness, increased durability, electrical safety and versatility for use in different industrial environments. This ensures reliable and efficient lighting, even in difficult working conditions.

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What benefits does the LiFePO4 battery offer for street lamps?

The LiFePO4 battery offers several advantages for street lamps:

Sustainability : LiFePO4 batteries have a long service life, which reduces the cost of frequent replacement and maintenance of street lamps.

Security : LiFePO4 batteries are inherently safer than some other battery technologies because they are less prone to fire or explosion, which is particularly important in urban environments.

High energy density: These batteries offer high energy density, meaning they can store more energy in a smaller space, enabling the design of more compact street lamps.

Stable performance under various conditions: LiFePO4 batteries maintain their performance even in extreme temperatures, making them suitable for the climatic variations encountered in urban environments.

Fast charging: They usually accept rapid charging, which allows power to be restored to street lamps quickly after use.

Respect for the environment: LiFePO4 batteries are more environmentally friendly than some other battery technologies because they do not contain toxic heavy metals such as lead or cadmium.

Low self-discharge: LiFePO4 batteries have low self-discharge, meaning they retain their charge during long periods of inactivity, avoiding unnecessary discharge.

In summary, the use of LiFePO4 battery in street lamps provides a reliable, safe and sustainable energy solution, thus improving the energy efficiency and overall performance of urban lighting.

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What are the advantages of using 4000K lighting color for street lamps?

Using 4000K lighting color for street lamps has several advantages:

Visibility and security: The 4000K lighting color, also known as neutral white, provides good visibility, which improves the safety of pedestrians and drivers on the roads at night.

Increased contrast: This color temperature improves the contrast between illuminated objects and their surroundings, making it easier to recognize details and contours, thus contributing to better visual perception.

Natural color rendering: Neutral white provides more natural and accurate color rendering, making it easier to distinguish the real colors of illuminated objects in streets and public spaces.

Adaptation to various environments: 4000K lighting color adapts well to different types of urban environments, whether in residential neighborhoods, commercial areas or main streets.

Friendly atmosphere: Neutral white creates a comfortable and welcoming lighting atmosphere, encouraging the use of public spaces at night and reinforcing the feeling of security.

Reduction of visual fatigue: Compared to higher color temperatures, neutral white is less tiring on the eyes when used for long periods, which is important for street lamps that operate at night.

Compatibility with LED technologies: 4000K lighting color is commonly available in LED lamps, offering high energy efficiency and energy savings compared to other older lighting technologies.

In summary, the use of 4000K lighting color for street lamps offers advantages such as improved visibility, increased contrast, natural color rendering, adaptation to various environments, a friendly atmosphere, reduced visual fatigue and compatibility with LED technologies, making this color temperature a suitable choice for efficient and functional urban lighting.

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What are the advantages of ABS materials and PC lens for street lamps?

ABS (Acrylonitrile Butadiene Styrene) materials and polycarbonate (PC) lens have several advantages for street lamps:

Benefits of ABS:

Mechanical resistance: ABS is a durable and robust material, capable of withstanding impacts, shocks and vibrations, making it suitable for outdoor environments and changing weather conditions.

Weather resistance: ABS is resistant to degradation from UV and atmospheric conditions, making it suitable for long-term outdoor use.

Lightness: ABS is a lightweight material, which makes it easy to install, handle and transport street lamps.

Ease of manufacturing: ABS is easy to mold and manufacture into different shapes and sizes, allowing street lamps to be designed with various designs.

Affordable cost: ABS is a relatively inexpensive material, which helps keep the overall cost of street lights reasonable.

Advantages of polycarbonate (PC) lens:

Shock resistance: Polycarbonate is a highly impact-resistant material, which effectively protects the light source and optical system of street lamps from potential damage.

High transparency: Polycarbonate lenses provide excellent light transmission, allowing for even diffusion of light emitted by street lamps.

UV resistance: Polycarbonate is UV resistant, ensuring that the lenses will not yellow or degrade under exposure to sunlight.

Lightness: Polycarbonate is a lightweight material, which helps keep the overall weight of the street lamps at a reasonable level.

Sustainability : Polycarbonate lenses have excellent durability, which extends the useful life of street lamps and reduces maintenance costs.

Design flexibility: Polycarbonate can be molded into different shapes and sizes, giving designers flexibility to create lenses to suit different types of street lighting.

In summary, the use of ABS materials and polycarbonate lenses for street lamps provides advantages such as mechanical strength, weather resistance, light weight, ease of manufacture, high transparency, impact resistance and durability. These features contribute to reliable, aesthetic and durable street lamps, suitable for outdoor use in urban environments.

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What advantages can public lighting obtain by opting for the SANAN 3030 type of LEDs?

By opting for the SANAN 3030 type of LEDs, public lighting can benefit from the following advantages:

Luminous efficiency: SANAN 3030 LEDs are designed to offer high luminous efficacy, meaning they produce more lumens per watt of energy consumed. This helps reduce energy consumption, which is beneficial for the environment and can result in significant energy savings in the long run.

Long life: SANAN 3030 LEDs are renowned for their durability and long life. They have low brightness degradation over time, meaning they maintain their light intensity for many years, reducing frequent maintenance and replacement costs.

Shock and vibration resistance: SANAN 3030 LEDs are generally made of strong and durable materials, making them less susceptible to shock and vibration. This makes them a suitable choice for outdoor street lighting, where conditions can be more demanding.

Low heat emission: SANAN 3030 LEDs produce little heat compared to traditional light sources such as incandescent bulbs. This low heat emission reduces the risk of overheating and potential damage to fixtures and other electronic components.

Various color options: SANAN 3030 LEDs are available in a variety of color temperatures, allowing street lighting designers to choose the appropriate light hue based on the specific needs of the project. This can include options ranging from warm white to cool white tones, depending on aesthetic preferences and lighting requirements.

In summary, by opting for SANAN 3030 LED type, street lighting can benefit from high luminous efficacy, long lifespan, shock and vibration resistance, low heat emission, various color options and the possibility of dimming, making it an attractive choice for efficient and sustainable outdoor lighting projects.

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Operating temperature: -10°C / 60°C, what are the advantages for street lamps?

The operating temperature range of -10°C to 60°C offers several advantages for street lamps:

Adaptability to climatic conditions: The extended operating temperature allows the street lamps to operate reliably in a variety of weather conditions, from freezing winter cold to high summer heat.

Reliability in winter: The ability to operate at negative temperatures is essential for street lamps in regions with harsh winters, as it ensures continuous and reliable lighting despite the cold conditions.

Lifespan preservation: By allowing street lamps to operate over a wide temperature range, their lifespan is preserved, as they are not subjected to excessive stresses from temperature variations.

Robust design: Street lights designed to operate in extreme temperatures are usually equipped with components and materials that are resistant to thermal variations, making them more robust and durable.

Maintaining public lighting: The ability to operate at high temperatures is crucial for regions subject to heat waves, ensuring that street lighting remains operational during periods of summer heat.

Reduced interruptions: A wider operating temperature range reduces the risk of weather-related outages or service interruptions, ensuring continuous lighting in urban areas.

Adaptation to weather variations: Street lamps with a wide temperature range are better able to cope with rapid temperature fluctuations, common in some regions, thus avoiding performance problems due to sudden temperature changes.

In summary, the operating temperature range of -10°C to 60°C offers advantages such as adaptability to climatic conditions, reliability in winter, preservation of service life, robust design and reduction of interruptions, contributing to efficient, durable street lamps capable of meeting the changing demands of urban environments.