How Do LED Display Companies Achieve Green Manufacturing?
Date Published: August 2, 2017
Source: Internet
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The concept of energy conservation and emission reduction has long been ingrained in our society. It remains a crucial criterion in China's sustainable development strategy, emphasizing energy conservation and reducing energy consumption. As a significant component of the manufacturing sector, the LED display industry has garnered increasing attention from manufacturers. The 'Made in China 2025' initiative, introduced by the State Council, highlights green development as one of its core principles. To keep pace with this eco-friendly trend, leading LED display companies are striving to develop energy-efficient and environmentally friendly products that align with the rapidly evolving market demands.
China's LED display industry has undergone decades of development, experiencing periods of prosperity as well as challenges during economic downturns. Despite these fluctuations, Chinese firms have made remarkable strides in improving the quality, technology, and innovation of their LED displays. However, the current landscape presents a mix of risks and opportunities. Intensified competition, declining profit margins, and overcapacity issues plague the industry. Only by adopting green manufacturing practices can LED display companies enhance resource utilization, reduce environmental pollution, and minimize health and societal impacts throughout the product lifecycle. This approach ensures a balance between economic and social benefits for businesses.
Energy Efficiency is Key to Technological Advancement
Many LED display companies have already integrated energy-saving and emission-reduction efforts into their R&D and production processes. In recent years, outdoor advertising has seen robust growth, with LED display screens being particularly popular, growing at an annual rate exceeding 25%. These screens have become a dominant force in outdoor advertising, especially in major cities where they have become a new favorite among advertisers. In bustling urban centers, LED displays can be found almost everywhere.
Additionally, the advent of LED transparent screens has opened new avenues for innovative applications. From architectural glass facades to commercial retail windows, these screens have expanded into various markets, becoming a focal point for new media development. The evolution of light bar screens represents another small but significant advancement, with improvements in packaging, control systems, and structural designs. The hollowed-out design of LED transparent screens not only enhances visual clarity but also creates a unique display effect, giving the impression of images floating above the glass facade.
Given the inherent energy-saving nature of LED display materials, the substantial power consumption during prolonged operation at high brightness cannot be ignored. In outdoor advertising applications, the operational costs, including the initial investment in LED displays and subsequent advertising expenses, can skyrocket. Thus, addressing energy efficiency at the technological level is essential to tackle these challenges effectively.
Addressing Light Pollution: A Must-Have Market Demand
To genuinely achieve energy savings and reduce emissions, the LED display industry must go beyond mere technological innovation and adapt to the needs of urban environments. With advancements in outdoor LED display technology, brightness levels have surged, with some displays surpassing the brightness of direct sunlight. Experts warn that if installed improperly, at lower heights, these screens can cause serious eye damage, including corneal and iris injury, visual fatigue, and even vision loss when viewed directly. Such excessive brightness can also affect cognitive functions, causing dizziness and other adverse health effects.
While LED displays contribute to urban beautification, their intense light can disrupt nighttime city life. Public awareness of environmental issues has grown, prompting increased scrutiny of light pollution caused by LED displays. Complaints have been filed nationwide. Therefore, it is imperative to regulate brightness levels to ensure that LED displays complement urban lighting projects without harming the environment.
Internal Resource Optimization: A Priority for Manufacturers
In response to calls for energy conservation and emission reduction, LED display companies must focus not only on product quality and R&D but also on refining management practices. Establishing robust energy-saving and emission-reduction systems in production workshops, optimizing workflows, and enhancing efficiency are critical steps. Embracing a new path of industrialization is vital to modernize traditional LED display manufacturing. Increasing the proportion of core technologies in the production process and phasing out outdated capacities, processes, and facilities can help optimize production structures further.
Companies should also adopt a circular economy model, promoting ecological transformations in their production workshops and industrial parks. Building cross-industry eco-chains and fostering waste recycling across sectors can drive sustainability. Encouraging clean production practices minimizes waste at the source and shifts focus from end-of-pipe treatments to process control, reducing energy consumption, industrial waste, and packaging waste. By focusing on resource recycling, companies can address technical bottlenecks hindering the circular economy’s progress while improving overall resource efficiency.
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