Why 1000kg/h Solar Panel Recycling Plants Will Dominate the Market by 2030?
Payback and return require a documented customer model using current quotations, feedstock contracts, accepted outputs, operating costs and financing assumptions. YUSHUNXIN does not state a fixed payback before project review.
Case Study: 1000kg/h Pyrolysis Line for Double-Glass Solar Panel Recycling
One of our clients invested in a 1000kg/h Solar Panel Recycling Plant in Japan. The objective of this project was to efficiently process both single-glass and double-glass solar panels, while simultaneously enhancing the purity of the recovered materials.
Its process flow incorporates advanced Ubuchwepheshe be-PV pyrolysis to separate the EVA layer prior to the subsequent crushing and sorting stages. Final investment and operating capacity require a written scope-specific quotation based on representative modules, operating schedule, site utilities, environmental controls and the agreed acceptance method.
Recovered fractions and their usable quality must be confirmed through a documented stable-run test, representative sampling and the downstream receiver specification. No fixed recovery, purity or resale-value result is stated for a different feedstock.
| Parameter | Specification |
|---|---|
| Processing Capacity | 1 t/h (1,000 kg/h) |
| Glass Recovery Rate | Confirm by project test |
| Silver Enrichment | Concentrated in fine powder fraction — premium feedstock for silver refiners |
| Copper Recovery | Copper-bearing fraction; confirm purity and downstream acceptance |
| Silicon Enrichment | High-purity silicon cell concentrate — ideal for downstream wafer/ingot refiners |
Mechanical or tunnel thermal - not interchangeable
The same 1,000 kg/h label can describe two different routes; select by module construction and required release mechanism.
Izinto ezingenayo
Representative module list, single-/double-glass ratio, desired operating hours and receiver specifications.
Imiphumela elindelwe
Route-specific classified fractions; no fixed recovery or purity is assigned before stable-run testing.
Izixhumanisi zephrojekthi
Mechanical route: dust and material handling. Umzila oshisayo: igesi, cooling and environmental controls in addition.
Sebenzisa kuphela irowu ehambisana nomngcele wenqubo ekhethiwe.
| Ireferensi yekhathalogi | Amandla | Amandla | Imvilophu ebonakalayo | Umngcele ofakiwe |
|---|---|---|---|---|
| YSX-M1000Ingilazi eyodwa mechanical | 1 t/h | 277.6 kW | 36 × 6 × 6 m | Umugqa womshini ohlanganisiwe |
| YSX-TK1000Ukushisa komhubhe | 1,000 kg/h | 126.65 kW | 72 × 13 × 7.5 m | Umugqa oshisayo womhubhe oqhubekayo |
Umthetho wokumisa: umthamo wekhathalogi iyireferensi yokuhlela. Ukusebenza okuzinzile, amandla afakiwe/okusebenza, umkhondo, ukululama, ubumsulwa, ukukhishwa kwekhabhoni kanye nesidingo sokusetshenziswa kudinga uhlu lwempahla egunyaziwe, izinto ezimele kanye nezimo zokwamukelwa ezibhalwe phansi.
Ulwazi oludingekayo ngaphambi kokucushwa kanye nekhotheshini
- Izithombe zezinto ezibonakalayo, imininingwane kanye nesampula etholakalayo.
- Umthamo odingekayo kanye namahora shift ngayinye, amashifu ngosuku nezinsuku zokusebenza.
- Okuphumayo okuqondiwe, indlela yamasampula kanye nezidingo zomamukeli ongezansi.
- Izwe lesayithi, amandla atholakalayo, amafutha, amanzi, umoya ocindezelwe kanye nemingcele yokwakha.
- Imvelo yendawo, umlilo, isitoreji kanye nezidingo zokuphepha emsebenzini.
- Ucele umngcele wokulethwa: imishini, isakhiwo, ukufakwa, ukuthunywa nokuqeqeshwa.
