SL-GFDZ001 rectangular solar walkway floor tile

Application scenarios: SL-GFDZ001 rectangular solar powered walkway tiles are widely used in the construction of zero carbon parks, photovoltaic villages, photovoltaic towns, low-carbon campuses, etc., creating low-carbon and environmentally friendly "internet famous" scenic spots for cities.

Main functions: photovoltaic power generation, intelligent control of color light, environmental protection and energy conservation, low consumption lighting, size customization, and other functions.

Solar power supply: Rectangular photovoltaic tiles are equipped with efficient solar photovoltaic panels that can continuously absorb solar energy and convert it into electrical energy.

Self sufficient lighting system: Photovoltaic walkway tiles generate electricity through solar energy during the day and provide lighting for park paths at night, reducing dependence on external power grids and achieving self supply of energy.

Landscape and functional integration: The design of photovoltaic tiles is aesthetically pleasing and coordinated with the natural landscape and architectural design of the park. It not only provides practical lighting, but also serves as a characteristic landscape of the park, increasing the visitor experience.

Safety and anti slip design: Considering the safety of the park, photovoltaic trails usually have anti slip functions to ensure pedestrian safety in rainy or humid conditions, while maintaining good durability and load-bearing capacity.

资料下载产品资质使用案例产品选型

品质保证

两年质保，终身维护

合作模式

经销、代理、OEM/ODM

售前售后

12小时内快速回应

产品介绍

1、 SL-GFDZ001 Rectangular Solar Trail Tile Product Introduction

Solar powered walkway floor tiles are a new type of intelligent BIPV building component that can replace pedestrian walkway tiles. They also have features such as a maximum load-bearing capacity of 2 tons, landscape lighting, intelligent light control, safety and anti slip, IP67 waterproof, and prefabricated installation.

2、 Functional characteristics of SL-GFDZ001 rectangular solar walkway floor tiles

1. Intelligent Control and Energy Conservation

Photovoltaic trails may be equipped with intelligent control systems that automatically adjust brightness based on ambient light, ensuring reduced energy consumption when not needed and further improving energy efficiency.

2. Education and Science Popularization

As a tangible display of the zero carbon concept, the photovoltaic trail can serve as an educational tool to popularize knowledge about solar energy utilization and zero carbon living to the public, and enhance environmental awareness.

3. Promote green travel

Set up photovoltaic trails in the park to encourage visitors to walk and reduce carbon emissions, consistent with the park's zero carbon goal, and promote a healthy lifestyle.

4. Environmental adaptability

The design of photovoltaic trails takes into account environmental adaptability and can integrate into different park environments, such as zero carbon parks, smart parks, etc., to enhance the sustainability of the park.

5. Multi purpose integration

Photovoltaic tiles combine ground coverings with energy production functions, transforming ground spaces that were originally only used for walking or vehicular traffic into solar power plants, achieving multiple uses of a single space.

6. Utilize idle space

Public areas such as parks, sidewalks, squares, and parking lots in cities often have a large amount of underutilized ground space. The installation of photovoltaic tiles can increase energy output without changing the basic functions of these areas.

7. Emphasize both aesthetics and functionality

The innovation in design enables photovoltaic tiles to not only have the ability to generate electricity, but also integrate with urban landscapes as part of urban beautification, enhancing the quality of the urban environment.

8. Strong adaptability

The design of photovoltaic tiles takes into account the diversity of urban environments and can adapt to different ground conditions and environmental requirements, such as anti slip, load-bearing, waterproof, etc., ensuring safety and durability in various usage scenarios.

9. Intelligent management

Combining IoT technology, photovoltaic tiles can achieve remote monitoring and intelligent maintenance, optimize energy collection and distribution, and improve overall energy management efficiency.

10. Flexibility and Scalability

Due to its modular design, photovoltaic tiles can be easily installed or expanded as needed, adapting to changes in urban development without the need for large-scale renovation of existing infrastructure.