Botanical gardens are professional ecological scenic spots integrating plant scientific research, popular science education, ecological protection, leisure sightseeing, and cultural tourism. The glass wall facilities of botanical gardens are mainly distributed in greenhouse exhibition halls, tropical plant pavilions, science popularization exhibition halls, and park service buildings. These glass wall structures are designed to simulate natural growth light and temperature environment for plants, and also undertake the functions of building beautification and tourist guidance. The application of LED mesh screens on botanical garden glass walls breaks the limitation that traditional display equipment affects plant growth and building aesthetics, and realizes the innovative integration of plant popular science publicity, ecological atmosphere creation, intelligent tourist service, and modern architectural aesthetics, bringing intelligent upgrading and experience optimization to modern botanical garden operation.

The most critical feature of LED mesh screens suitable for botanical garden scenarios is their high light transmittance and zero interference with plant growth. The core function of botanical garden glass walls is to transmit natural light, maintain indoor temperature and humidity, and create a suitable growth environment for all kinds of plants. Traditional LED display screens are dense and opaque, which will block natural light, affect plant photosynthesis, and lead to poor growth of indoor plants. In addition, the heat generated by traditional screens will change the microclimate temperature and humidity of the plant growth area, which is not conducive to the stable growth of rare plants. LED mesh screens adopt a hollow mesh structure with ultra-high light transmittance, which can maximize the penetration of natural light, fully meet the photosynthesis needs of plants, and will not affect the light environment required for plant growth. At the same time, the mesh structure has good air permeability, which does not block the air circulation of the greenhouse, maintains the stable temperature and humidity environment inside the plant exhibition hall, and completely avoids the adverse impact of display equipment on the growth of rare and precious plants in the botanical garden.

In terms of popular science education and ecological culture dissemination, LED mesh screens have become a powerful publicity carrier for botanical gardens. Botanical gardens are important bases for popularizing plant science and ecological environmental protection knowledge, undertaking public welfare education functions for citizens, students, and ecological enthusiasts. The high-definition display effect of LED mesh screens can display rich plant popular science content on the glass wall in real time, including plant species classification, growth habits, flowering and fruiting cycle, origin and distribution, medicinal and ornamental value, and protection level of rare plants. Tourists can intuitively and conveniently obtain professional plant knowledge during sightseeing, realizing the integration of tourism and learning. Meanwhile, the screen can play ecological protection videos, green low-carbon popular science content, wetland protection knowledge, and urban greening publicity, spread the concept of ecological civilization, improve the public’s awareness of plant protection and ecological environmental protection, and give full play to the public welfare education value of botanical gardens.

In terms of scene atmosphere creation and architectural aesthetic upgrading, LED mesh screens enrich the landscape level of botanical gardens. Traditional botanical garden glass walls are mostly single and static, lacking dynamic visual effects and cultural connotation. LED mesh screens can play dynamic plant growth time-lapse videos, seasonal landscape changes, natural ecological scenery, and green aesthetic pictures according to seasonal changes and exhibition themes. In spring, it can display the dynamic effect of flowers blooming; in summer, it can present lush green plant scenes; in autumn, it can show the harvest and gorgeous foliage landscape; in winter, it can display evergreen plant vitality, forming unique seasonal dynamic landscape effects, making the botanical garden’s architectural facade and natural plant landscape complement each other. The transparent and soft display effect will not conflict with the fresh and natural ecological style of the botanical garden, but can add a modern and technological sense to the traditional ecological scenic spot, realizing the perfect integration of natural ecology and modern technology.

In terms of intelligent service and scenic spot operation, LED mesh screens improve the refined operation level of botanical gardens. The screen can release real-time park opening hours, ticket information, sightseeing route guidance, exhibition area introduction, and activity notice reminders, providing convenient travel guidance for tourists. For seasonal flower exhibitions, plant science popularization activities, ecological photography exhibitions, and public welfare lectures held in the botanical garden, the LED mesh screen can carry out pre-promotion and on-site display, effectively increasing the popularity of activities and attracting more tourists to participate. In addition, the equipment has excellent outdoor weather resistance, waterproof, dustproof, anti-ultraviolet, and low-power energy-saving characteristics, adapting to the long-term humid and multi-temperature change environment of the botanical garden greenhouse. The ultra-light and hidden installation method does not damage the original building structure and ecological landscape of the scenic spot, with low later maintenance cost, which is in line with the public welfare, ecological, and low-carbon operation concept of botanical gardens. To sum up, LED mesh screens realize the coordinated development of plant protection, popular science education, scene aesthetics, and intelligent service, and are an important intelligent upgrading facility for modern high-quality botanical gardens.