Endless Cycle of Sustainability
Sustainable Recycling Ecology
Endless Cycle of Sustainability
Sustainable Recycling Ecology
Endless Cycle of Sustainability
Sustainable Recycling Ecology

Product Introduction

AGT focuses primarily on the research and development of disassembly equipment for discarded solar panels, specially designed for effective material recovery, aiming to maximize the circular economy and the reuse of recycled materials.

The equipment utilizes physical property disassembly technology, which not only effectively dismantles the aluminum frame, glass, and back sheet of discarded solar panels but also preserves the essential characteristics of raw materials such as glass and precious metals, thereby creating greater added value for their subsequent reuse.

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Lithium Battery Anode Material

The silicon-containing raw materials recovered through our proprietary equipment can be separated from discarded solar panels. After sorting, ball milling, sieving, and blending, the resulting materials can then be repurposed as anode materials for lithium batteries. Use of these recycled anode materials have already been certified by Taiwan battery-cell manufacturers and are planned for mass production in Q3 of 2024.

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AGT's turnkey solution offers end-of-life photovoltaic module disassembly equipment and upcycling material production

ESG

As climate change issues become increasingly paramount, the development of renewable energy has become a top priority for governments and enterprises worldwide. Among the various forms of renewable energy, solar technology has attracted widespread attention due to its efficiency, and sustainability. In recent years, the pace of global solar capacity installation has seen astonishing growth, but the accompanying issue regarding solar panel recycling has also become increasingly prominent.

AGT, in collaboration with automated equipment manufacturers, waste disposal operators, removal logistics, and academic research entities, jointly promotes innovative research and development in waste solar panel recycling. The goal is to establish an intelligent carbon-neutralization system that not only can efficiently transform discarded solar panels into high-quality industrial-grade materials but also ensures environmental protection and carbon neutrality.