Wired street lamp

ULTIMATE P2 Series

CCT - Adjustable Power

What is the advantage of IP66 protection rating?

IP66 is a high level of protection for electrical or electronic equipment, including lighting fixtures. Lighting fixtures with an IP66 rating are designed for use in harsh outdoor environments, such as industrial areas, sports facilities and marine environments.

One of the main benefits of the IP66 rating for lighting fixtures is the protection it provides against outdoor elements such as rain, snow, dust and insects. IP66 lighting fixtures are completely protected against dust and can withstand powerful jets of water from all directions. This ensures that the fixtures remain functional even in harsh weather conditions, which is especially important for outdoor applications.

Another benefit of IP66 rating for lighting fixtures is that it can extend the life of lamps and electrical components by protecting them from damage caused by exposure to water and dust. This reduces long-term maintenance and replacement costs, which can be a significant benefit for large-scale lighting installations.

Ultimately, IP66 rating is a high level of protection for lighting fixtures, which can provide increased reliability and durability in harsh outdoor environments.

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Certifications: CE & Rohs, ETL, cecl, DLC 5.1 Premium?

CE & RoHS, ETL, CEC, and DLC 5.1 Premium certifications are all important certifications for lighting products. Here's a look at their benefits:

CE certificationindicates that the product meets European Union safety, health and environmental standards, which can be an advantage for manufacturers wishing to export their products to the EU.

RoHS certificationmeans that the product is free of hazardous substances such as lead, mercury, cadmium and hexavalent chromium. This can be an advantage for manufacturers looking to promote their commitment to the environment and user health.

ETL certification(Electrical Testing Laboratories) is a certification mark in the United States and Canada that indicates that the product has been tested for electrical safety and compliance with applicable standards. This certification can help manufacturers prove the quality and safety of their products.

DLC 5.1 Premium certification(DesignLights Consortium) is a certification program for energy-efficient lighting products. Products that meet DLC standards are considered high quality and may be eligible for financial incentives and rebate programs.

CEC certification(California Energy Commission) is a certification for lighting products that meet California energy efficiency standards. This certification can be a benefit to manufacturers looking to comply with California state energy efficiency requirements.

In summary, these certifications can help manufacturers prove the quality, safety, and energy efficiency of their lighting products, which can be a competitive advantage in the market. Consumers can also benefit from these certifications by knowing that they are purchasing safe and environmentally friendly products.

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Why choose Dimmable: 0 to 10V in lighting?

The 0-10V dimming system is a common method of dimming lighting systems. Here are some advantages of the 0-10V Dimmable option:

Lighting control: 0-10V dimming allows for precise lighting control. It allows light intensity to be adjusted as needed, which is particularly useful in environments where lighting levels need to be adjusted based on tasks or time of day.

Flexibility of use:

In summary, the 0-10V Dimmable option is a reliable, flexible and precise dimming method that can be used to regulate lighting intensity in a wide variety of applications. It offers great flexibility in the design of lighting systems and allows precise control of lighting according to needs.

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The 150 x 90° beam angle for lighting has several advantages:

1. Beam width: The wide angle allows you to cover a large area with a single light source, which is particularly useful in large rooms or outdoor spaces.
2. Lighting uniformity:
3. Thanks to its wide angle, the lighting is evenly distributed over a large area, avoiding dark areas or hot spots.
4. Versatility:
5. A wide beam angle is versatile and can be used in a variety of applications including general lighting, security lighting, landscape lighting and stage lighting.
6. Energy saving:
7. Due to its width, a single luminaire can provide sufficient illumination for a large area, which can result in energy savings compared to using multiple, narrower light sources.

In summary, the 150 x 90° beam angle provides excellent coverage, lighting uniformity and versatility in a variety of lighting applications, while offering potential energy savings.




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Advantage of an asymmetrical angle in lighting




There are several advantages to using an asymmetrical angle in lighting, including:





Highlighting a specific object or area: The asymmetrical angle allows the light to be focused on a specific area, thus highlighting the object or area being illuminated, creating a dramatic effect and emphasizing the illuminated element





Energy saving:

By using an asymmetrical angle, less light is needed to illuminate a specific area, which helps save energy by reducing electricity consumption.


Glare reduction:By using an asymmetrical angle to direct light onto a surface rather than diffusing it evenly, it can reduce glare for people in the illumination area.


Light control:Using an asymmetrical angle allows for better control of light distribution, avoiding light scattering into unwanted areas.

In short, using an asymmetric angle in lighting allows you to create specific lighting effects, save energy, reduce glare and better control the distribution of light.




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RA ≥ 70, what is it?







Color rendering is an important aspect of lighting that measures the ability of a light source to reproduce colors naturally and accurately. Color rendering is measured using the color rendering index (CRI), also known as the general color rendering index (GCRI), which is a measure of a light source's ability to reproduce colors relative to a reference source.





A CRI of 70 or higher is considered acceptable for most general lighting applications, but this can vary depending on the application. Here are some benefits of a CRI of 70 or higher:





More natural colors:

Light sources with a CRI of 70 or higher reproduce colors more naturally and accurately, which can make environments more pleasant and comfortable.





Better color recognition:

Light sources with a CRI of 70 or greater can help improve color recognition, which can be particularly useful in applications where color is important, such as in stores, museums, or schools.





Better quality of light:

Light sources with a CRI of 70 or higher can improve the overall quality of light in a space, reducing glare effects and providing more uniform light.





Suitable for most applications:

A CRI of 70 or greater is considered acceptable for most general lighting applications, making it suitable for a wide variety of applications, such as workspaces, schools, stores, homes, etc.





In summary, a CRI greater than or equal to 70 can improve the quality of light, make colors more natural and accurate, improve color recognition, and be suitable for most general lighting applications.




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What is the advantage of 6KV/10KV overload protection?




6KV/10KV overload protection provides several safety and durability benefits in lighting applications. Here are some of the benefits:





Protects against power surges:

Voltage fluctuations can damage lighting circuits. 6KV/10KV overload protection can protect against overvoltage and extend the life of the lighting.





Reduces fire risks:

Power surges can also cause sparks that can start fires. 6KV/10KV overload protection can help prevent these fire hazards and maintain a safe working environment.





Improves lighting stability:

Power surges can disrupt the stability of lighting, which can lead to brightness fluctuations and interruptions in power supply. 6KV/10KV overload protection can maintain lighting stability and ensure smooth power supply.





Maintenance cost savings:

Power surges can damage lighting circuits, which can lead to high maintenance costs. 6KV/10KV overload protection can help reduce maintenance costs by extending lighting life and avoiding costly repairs.





In short, 6KV/10KV overload protection is an important element to consider to ensure the safety and durability of lighting systems.




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The BQ Driver transformer brand?




The BQ Driver brand of transformers offers several advantages when it comes to lighting. Here are some of the benefits:





High quality:

BQ Driver transformers are manufactured with high quality materials and undergo rigorous testing to ensure reliability and durability.





Energy efficiency:

BQ Driver transformers are designed to offer high energy efficiency, meaning they use less energy to provide equal brightness. This can reduce energy costs and contribute to more environmentally friendly energy consumption.





Stable performance:

BQ Driver transformers are designed to provide stable performance, meaning that the brightness of the lighting does not vary and remains constant throughout the life of the transformer.





Long life:

BQ Driver transformers have a long service life and are designed to withstand the harsh conditions of the lighting environment. This means that maintenance costs are reduced and users can rely on a reliable source of lighting.





Security :

BQ Driver transformers are designed with advanced safety features to prevent the risks of fire, surge, overheating and short circuit. This ensures that the working environment is safe for users and customers.





In short, BQ Driver brand of transformers is a quality option for lighting applications, offering benefits such as energy efficiency, stable performance, long lifespan and safety.




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What is the advantage of Die Cast Aluminum?




There are several advantages to using die-cast aluminum for lighting applications. Here are some of the benefits:





High resistance:

Die-cast aluminum is a high-strength material that can withstand the harsh conditions of the lighting environment, such as vibration, shock, and high temperatures.





Sustainability :

Die-cast aluminum is durable and can resist wear and corrosion, which means it can last a long time without requiring frequent replacement.





Heat dissipation:

Die-cast aluminum can effectively dissipate heat produced by light sources, thereby extending their service life and improving their performance.





Design flexibility:

Die-cast aluminum offers great design flexibility, meaning it can be used to create unique shapes and designs to meet the specific needs of lighting applications.





Cost savings:

The use of die-cast aluminum can reduce the production costs of luminaires by reducing the amount of materials required and improving production efficiency.





In summary, the use of die-cast aluminum is a popular option for lighting applications due to its advantages in strength, durability, heat dissipation, design flexibility and cost savings.