Thailand solar energy recycling site
The Thai government is committed to promoting the development of renewable energy, including the widespread use of solar energy. With the increasing installation of solar photovoltaic panels in various parts of Thailand, the issue of recycling and disposal of waste solar equipment is becoming increasingly prominent. In order to address this challenge, the Thai government and relevant institutions have begun to attach importance to solar energy recycling and promote the establishment of a recycling system.
The solar energy recycling site in Thailand has made certain progress in policy support, project practice, and technological innovation. With the continuous development and improvement of the industry, Thailand is expected to become one of the important participants in the global solar energy recycling field.
Recycling process
Disassembly: Firstly, the waste solar panels are disassembled by machines or manual labor, removing components such as the back panel, wires, and aluminum frame.
Crushing: Send the disassembled solar panel into a crusher for crushing treatment, crushing it into smaller particles.
Sorting: Using physical or chemical methods to sort the crushed particles and extract useful materials such as silicon, silver, copper, aluminum, etc.
Recycling: The sorted useful materials are recycled and processed before being reused to produce new solar panels or other products.
Advantages
High degree of automation: In some solar energy recycling sites in Thailand, automation equipment has been widely used. These devices can efficiently and accurately dismantle waste solar energy equipment and extract valuable materials.
Strict environmental standards: The Thai government and relevant agencies have strict requirements for environmental standards in the process of solar energy recycling. Effective measures must be taken at the recycling site to prevent pollution and minimize the impact of the recycling process on the environment.
Resource recycling: At the solar energy recycling site, useful materials from waste solar equipment will be classified, purified, and reused to produce new solar products or other products. This method of resource recycling helps reduce waste and protect the environment.
