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In the global wave of green lighting, how does LECUSO illuminate the future?
2026-02-26
Many cities around the world are replacing traditional lighting systems with solar street lamps, which have become the preferred solution for upgrading urban infrastructure in Nigeria, Myanmar and other places.
In recent years, with the continuous increase in global demand for green energy and sustainable development, the solar street lamp industry has entered a period of rapid development. From Africa to Asia, multiple international projects have been successfully implemented, demonstrating the significant advantages of solar street lamps in enhancing the image of cities and ensuring the safety of citizens' night travel.
Technological innovation drives industry transformation
Technological innovation in the solar street lamp industry has never ceased. In May 2025, Roushuo Optoelectronics successfully launched a demonstration exhibit that combines flexible perovskite solar cell modules with wind-solar hybrid street lamps.
This system breaks through the reliance on a single energy source, achieving efficient coordination between solar and wind energy, and features the advantages of being "light, thin, flexible and highly efficient".
The innovation lies in attaching ultra-thin flexible perovskite modules to the surface of the fan blades of micro wind turbines, achieving synchronous power generation of wind and light, and forming an all-weather power supply mode of "capturing wind when there is wind and capturing light when there is no wind".
The first batch of 101 "smart energy storage street lamps" produced by LECUSO was officially put into use in April, marking an innovative breakthrough in the field of urban lighting in achieving the "dual carbon" goals and building resilient cities.
The core advantage of these street lamps lies in the intelligent power consumption strategy of "peak shaving and valley filling", which is expected to reduce regional lighting energy consumption by more than 30% and cut carbon emissions by over 100 tons annually.
Improve industry standards for green development
In March 2025, EESIA released the group standard "Guidelines for the Construction of Zero-Carbon/Low-Carbon Municipal Smart Road Lighting with Photovoltaic Storage Coupling".
This standard fills the industry gap and provides technical basis and directional guidance for the construction of zero-carbon/low-carbon municipal smart road lighting with photovoltaic storage coupling in new, renovated and expanded projects.
With the rapid development of photovoltaic and energy storage technologies and the continuous reduction of costs, the zero-carbon/low-carbon municipal smart road lighting solution that integrates photovoltaic systems, energy storage systems and lighting systems, and realizes the coordinated operation of photovoltaic systems, energy storage systems and lighting systems through intelligent control systems, has become the core direction of industry innovation and development.
The comprehensive value of solar street lamps has become prominent
In recent years, the implementation of solar street lamp projects around the world has demonstrated their comprehensive value in multiple aspects.
Solar street lamps not only enhance the city's image and facilitate residents' lives, but also achieve energy conservation and emission reduction through clean energy, contributing to the sustainable development of the city.
They have enhanced the aesthetic appeal of cities in the capital region, improved the safety conditions for night travel in the capital, and at the same time strengthened community cohesion and citizens' sense of happiness, stimulating the vitality of the night economy.
In addition, the solar street lamp project can create a large number of job opportunities, promote local economic development, and achieve coordinated development of the economy and the environment.