With the widespread utilization of solar panels, their lifecycle (approximately 25 연령) is about to expire, and the end-of-life 태양광 패널 재활용 관리 have become a new challenge for the industry to address. In response to this challenge, we propose a solar panel pyrolysis project solution based on advanced pyrolysis technology. This approach can release and concentrate aluminum-, 구리- and silver-bearing fractions; usable quality and value require representative testing and downstream acceptance.

How Does a Solar Panel Pyrolysis Recycling Plant Work?

Pyrolysis technology is a process that decomposes organic materials at high temperatures in an oxygen-free environment. Organic materials such as EVA adhesive and backsheet resin in solar modules are decomposed into combustible gases and oils during pyrolysis, while simultaneously releasing inorganic substances like metals, 실리콘 웨이퍼, and glass, with the emissions-control boundary selected for the actual module composition and local requirements.

efficient solar panel pyrolysis project solution

The solar panel pyrolysis project solution process includes:

1. Pretreatment: Automatically dismantle frames and junction boxes, and separate reusable aluminum alloy.
2. 열분해로: Thermally decompose modules in an oxygen deficient environment at 400–600°C.
3. Condensation Purification System: It condenses gaseous products into pyrolysis oil, whose permitted use depends on composition, treatment, applicable regulation and the selected receiving system.
4. Solid Separation System: The system separates silicon wafers, 유리, and metal materials into defined fractions for sampling and downstream acceptance.
5. Exhaust Gas Purification System: It adopts a multi-stage process involving dust removal, adsorption, and catalytic oxidation to support the project-specific emissions-control and monitoring plan.

What Equipment Is Included in a Solar Panel Recycling Plant?

When you review a solar panel pyrolysis project solution, you want to know exactly what equipment is included and how each part supports stable operation and material recovery. This system combines proven industrial equipment to help you run the line reliably and recover materials with real market value.

태양광 패널 분해 장비 removes aluminum frames and junction boxes from waste solar panels before pyrolysis. This step helps recover reusable aluminum materials in advance and reduces unnecessary load on the following pyrolysis system.

The feeding and conveying system connects the pretreatment section with the pyrolysis section. It helps transfer solar panels into the tunnel kiln continuously and smoothly. A well-designed feeding system reduces manual handling and improves safety. It also supports stable operation for different plant capacities.

The tunnel kiln handles the core pyrolysis process. It removes EVA and backsheet materials in an oxygen-deficient environment. 동시에, it keeps glass, 실리콘 웨이퍼, and metals intact. Continuous feeding and stable temperature control help you maintain predictable daily output.

During the pyrolysis process, EVA and backsheet materials are thermally decomposed into gaseous products. The condensation system cools and converts part of these gases into pyrolysis oil, which can be collected for further use as fuel. This system helps improve resource utilization during the solar panel pyrolysis recycling process.

열분해 후, the material first enters the vertical air separation system. This step improves material cleanliness and reduces the need for additional manual processing.

The cleaned material then enters the optical sorting system. It separates glass, 규소, and metals by color and optical characteristics. This step improves material purity and makes the recovered products easier for you to reuse or sell.

Why Choose Pyrolysis Technology for Solar Panel Recycling?

The solar panel pyrolysis project solution takes efficiency, 환경 보호, and intelligence as its core principles, and commits to building a green and circular photovoltaic recycling system. This solution offers the following key advantages:

The published route is a dry thermal and physical separation process; its emissions, residues and wastewater interfaces must be assessed for the selected project boundary. 게다가, the production line is equipped with an exhaust gas purification system, which helps reduce harmful emissions through dust removal, adsorption, catalytic oxidation, and exhaust gas purification systems.

Recovery, glass integrity and metal-enrichment results require representative modules, an agreed stable-run test, sampling method and downstream acceptance specification. No fixed result is stated before project confirmation.

Heat recovery can be evaluated within the project energy balance. The usable heat, auxiliary demand, labor plan and operating cost depend on the final process, operating schedule and site utilities.

  • The final line can include temperature control, interlocks and monitoring selected through the project hazard review; operating procedures and site safety systems remain part of the approved delivery boundary.

We can design production lines with capacities ranging from 500 에게 1000 kg/h depending on customer production requirements.

High Recovery Rate
Energy-efficient solar panel pyrolysis project solution
monitoring system of solar panel pyrolysis project solution

Which Industries Can Benefit from a Solar Panel Pyrolysis Recycling Line?

This solar panel pyrolysis technology offers flexible adaptability and strong industrial scalability, so it is suitable for the following typical scenarios.

As large numbers of photovoltaic power plants reach the end of their service life, transportation, disposal costs, and environmental compliance pressures continue to rise. Our solar pyrolysis project enables on-site processing of retired PV modules, efficiently separating glass, 알루미늄 프레임, 궤조, and silicon materials. The solution not only reduces transportation and disposal costs but also enables the regeneration of raw material supply.

Photovoltaic module manufacturers generate substantial amounts of scrap and defective products during production. By installing compact pyrolysis recycling equipment on-site, manufacturers can process production waste immediately and recover glass, 알류미늄, 궤조, and silicon materials. This approach helps reduce raw material loss, 탄소 배출 감소, and propel enterprises toward green manufacturing and circular economy transformation.

By introducing this project’s technology into the new energy industrial zone, pyrolysis recycling equipment can serve as supporting infrastructure to centrally process waste photovoltaic modules and relevant materials within the zone. This solution reduces environmental compliance and disposal costs for resident companies, thereby enhancing the overall green development standards of the industrial zone.

How Much Does a Solar Panel Recycling Plant Cost?

To support customers at different investment stages, the project provides clear equipment recommendations based on budget range, capacity demand, 자동화 수준. 그만큼 태양 전지 패널 재활용 기계 비용 usually depends on raw material type, required recovery purity, plant capacity, environmental protection configuration, factory layout, and local installation requirements.

500 kg/h solar panel pyrolysis project solution

For a medium-capacity PV project, define module construction, operating hours, thermal and separation scope, emissions controls, site utilities and delivery responsibilities before requesting a written configuration and budgetary quotation.

500 kgh solar panel pyrolysis project solution
1000 kgh solar panel pyrolysis project solution

1000 kg/h solar panel pyrolysis project solution

For a higher-throughput PV project, the equipment and budget boundary must be developed from the verified module mix, stable-run basis, automation requirement, output specification and site interfaces.

Why Choose YUSHUNXIN for Your Solar Panel Recycling Project?

YUSHUNXIN recycling equipment manufacturer factory

With years of technical expertise and industry experience, YUSHUNXIN has established a comprehensive integrated service system covering the entire process from “recycling—sorting—processing—regeneration—reuse.”

If you are planning to recycle end-of-life PV modules, factory scrap solar panels, or large-scale photovoltaic waste, YUSHUNXIN can provide a customized solar panel pyrolysis recycling plant based on your raw material type, capacity requirement, 예산, factory layout, and local environmental standards. Contact us to get a process design, 장비 구성, quotation, and recycling project proposal.

카탈로그에 맞춰진 엔지니어링 기반

Batch thermal project

Use for a defined daily batch basis after representative-module review and thermal testing.

01

들어오는 재료

Daily tonnage, batch mix, module preparation and target downstream fractions.

02

예상 출력

Classified solid fractions and project-specific gas/condensate streams.

03

프로젝트 인터페이스

Feed staging, reactor duty, 가스 처리, 냉각, 분리, storage and project permits.

모델 및 범위 등록

선택한 프로세스 경계와 일치하는 행만 사용.

카탈로그 참조용량힘물리적 봉투포함된 경계
YSX-PF5배치 열5 t/일140.45 kW46 × 33 × 7.5 중혼합 모듈 배치 열 라인
YSX-PF16배치 열16 t/일142.45 kW40 × 26 × 7.5 중혼합 모듈 배치 열 라인
YSX-8000이전 통합 열8 t/일구성 제어50 × 30 × 8 중이전 열 프로젝트 참조; 반응기 Φ2200 × 6000 × 20 mm
YSX-16000이전 통합 열16 t/일구성 제어60 × 30 × 8 중이전 열 프로젝트 참조; 반응기 Φ2800 × 6600 × 18 mm

구성 규칙: 카탈로그 용량은 계획 참조입니다.. 안정적인 처리량, 설치/작동 전원, 발자국, 회복, 청정, 배출 및 유틸리티 수요에는 승인된 장비 목록이 필요합니다., 대표 자료 및 서면 승인 조건.

구성 및 견적 전에 필요한 정보

  1. 대표자료사진, 사양 및 사용 가능한 샘플.
  2. 필요 용량 + 교대당 시간, 하루 교대근무수 및 근무일수.
  3. 목표 출력, 샘플링 방법 및 다운스트림 수신기 요구 사항.
  4. 사이트 국가, 사용 가능한 전력, 연료, 물, 압축 공기 및 건물 한계.
  5. 지역 환경, 불, 보관 및 산업 안전 요구 사항.
  6. 요청된 배송 범위: 장비, 공들여 나열한 것, 설치, 시운전 및 교육.