In the context of the global response to climate change, carbon neutrality has become a common goal pursued by countries around the world. This goal is not only related to environmental sustainable development, but also has a profound impact on the development model of various industries. As part of urban infrastructure, the lamp pole screen industry is ushering in a green revolution with "carbon reduction" as the core.

As the problem of global warming becomes increasingly serious, countries have set carbon neutrality goals, aiming to achieve coordinated development of the economy, society and ecological environment by reducing greenhouse gas emissions. According to data from the International Energy Agency (IEA), global carbon dioxide emissions have continued to grow over the past decade, putting tremendous pressure on the ecosystem. Against this background, all walks of life are actively exploring the path of green transformation, striving to contribute to the goal of carbon neutrality while achieving their own development.

In order to further reduce dependence on traditional fossil energy, some lamp pole screen manufacturers have begun to try to integrate renewable energy such as solar energy and wind energy. By installing solar panels or small wind turbines on the top of the lamp poles, solar energy and wind energy are converted into electrical energy and stored in batteries to power the lamp pole screens. This energy self-sufficient model can not only effectively reduce carbon emissions, but also improve the operational reliability of lamp pole screens in remote areas or power outages.

For lamp pole screen projects that cannot achieve renewable energy self-sufficiency, purchasing green electricity is also a feasible way to reduce carbon emissions. Green electricity refers to electricity generated by renewable energy such as wind, solar, and hydropower, and its carbon emissions during the production process are almost zero. By signing a green electricity purchase agreement with a power supplier, lamp pole screen operators can ensure that the electricity used comes from renewable energy, thereby indirectly reducing carbon emissions. At present, more and more cities are beginning to promote green electricity trading, providing favorable conditions for optimizing the energy structure of the lamp pole screen industry.

Integrating the design of lamp pole screens with smart lamp poles is an important direction for achieving functional integration and coordination. Smart lamp poles not only have lighting and information release functions, but also integrate 5G base stations, environmental monitoring, traffic monitoring and other equipment. By sharing power supply, communication and other infrastructure, smart lamp poles can effectively reduce resource waste and energy consumption caused by repeated equipment construction. In the operation of lamp pole screens, energy consumption can also be effectively reduced by achieving multi-business collaborative energy saving.

At present, the lamp pole screen industry lacks unified standards and specifications for green development, resulting in large differences in energy-saving performance, quality stability and other aspects of products produced by different companies. This not only affects the healthy development of the market, but also brings difficulties to consumers in choosing green lamp pole screen products. To solve this problem, relevant departments should formulate and improve the green standard system of the lamp pole screen industry as soon as possible, clarify the energy-saving indicators, technical requirements, and testing methods of products. At the same time, strengthen the supervision of the market and crack down on the production and sales of products that do not meet green standards.

From the perspective of application scenarios, green lamp pole screens will play a more important role in smart city construction, intelligent transportation, cultural tourism publicity and other fields. In the construction of smart cities, lamp pole screens can serve as an important window for urban information release, displaying urban operation data, public service information, etc. in real time, and improving urban management efficiency and service level. In the field of intelligent transportation, lamp pole screens can be used for traffic induction, violation warnings, etc., to improve traffic safety and smoothness. In terms of cultural tourism publicity, lamp pole screens can display local cultural tourism resources and enhance the city's cultural image and tourism appeal.

In short, under the wave of the carbon neutral era, the lamp pole screen industry is standing at a new starting point for green development. Through technological innovation, energy structure optimization, functional integration and coordination, the light pole screen will achieve a gorgeous transformation from a traditional high-energy consumption product to a green, low-carbon, intelligent product, contributing a unique light and shadow power to the sustainable development of the city. Let us look forward to the light pole screen blooming more brilliantly in the carbon neutral era and writing a new chapter of green development.