With　the　rapid　development　of　the　photovoltaic　industry,　it　has　brought　abundant　renewable　energy　to　society,　but　at　the　same　time,　it　is　also　accompanied　by　a　series　of　negative　problems.　In　order　to　effectively　address　these　issues　and　reduce　the　impact　of　end-of-life　photovoltaic　modules　on　ecological　environment　quality　and　industry　sustainable　development,　many　researchers　are　dedicated　to　studying　rational　recycling　and　utilization　of　photovoltaic　modules.　This　study　reviews　and　evaluates　the　recycling　technologies　for　crystalline　silicon　photovoltaic　modules　(c-Si　PV　modules)　proposed　in　recent　years.　Based　on　this,　the　following　five　suggestions　and　prospects　are　proposed:　optimizing　recycling　strategies;　promoting　interdisciplinary　integration;　improving　relevant　policies　and　regulations;　establishing　a　complete　recycling　industry　chain;　and　providing　appropriate　economic　subsidies.　It　is　pointed　out　that　efficient　recycling　schemes　with　universal　applicability　designed　for　broken　c-Si　PV　modules　are　more　worthy　of　support,　and　component　sorting　and　the　carbon　emissions　of　recycling　processes　need　to　be　taken　into　account.　Properly　recycle　low-value　materials　and　carry　out　high-value　utilization　of　photovoltaic　materials.　Emphasize　the　producer　responsibility　system　and　establish　admission　thresholds　and　qualification　requirements　for　photovoltaic　recycling　enterprises.　The　aim　of　this　study　is　to　provide　valuable　references　for　the　sustainable　development　of　the　photovoltaic　recycling　field.