Recently, the National Energy Administration issued Notice No. 5 of 2026, announcing the evaluation results of the sixth batch of the first major technical equipment in the energy sector. The “Mobile Containerized Photovoltaic Module Disassembly Equipment Based on Intelligent and Fine Deconstruction Technology” developed by Tsinghua University, Yicheng Intelligent Manufacturing Technology Co., Ltd. and Beijing Jiaotong University, led by China Energy Saving Solar, was selected. The equipment relies on the “China Energy Conservation Solar Company Component Recycling Key Technology Development and Industrialization Demonstration” project to carry out R&D verification. In the next step, China Energy Saving Solar will work with various development units to accelerate equipment demonstration applications and industrialization, enable high-quality development through scientific and technological innovation, and provide strong support for the low-carbon cycle development of the photovoltaic module recycling industry.

Recently, the National Energy Administration issued Notice No. 5 of 2026, announcing the evaluation results of the sixth batch of the first major technical equipment in the energy sector. The “Mobile Containerized Photovoltaic Module Disassembly Equipment Based on Intelligent and Fine Deconstruction Technology” developed by Tsinghua University, Yicheng Intelligent Manufacturing Technology Co., Ltd. and Beijing Jiaotong University, led by China Energy Saving Solar, was selected. The equipment relies on the “China Energy Conservation Solar Company Component Recycling Key Technology Development and Industrialization Demonstration” project to carry out R&D verification. In the next step, China Energy Saving Solar will work with various development units to accelerate equipment demonstration applications and industrialization, enable high-quality development through scientific and technological innovation, and provide strong support for the low-carbon cycle development of the photovoltaic module recycling industry.