In　China,　the　world＇s　largest　producer　and　consumer　of　lead-acid　batteries　(LABs),　more　than　3.6　million　tons　of　waste　lead-acid　batteries　(WLABs)　are　generated　every　year,　yet　only　30%　of　them　can　be　recycled　in　a　well-regulated　manner,　while　the　remaining　70%　are　recycled　through　informal　channels,　resulting　in　serious　waste　of　resources　and　environmental　pollution.　More　than　half　of　the　country＇s　LAB　consumers　are　e-car　and　e-bike　owners.　Based　on　the　theoretical　model　of　unified　theory　of　acceptance　and　use　of　technology　(UTAUT),　this　study　examines　and　investigates　the　factors　that　affect　consumers＇　participation　in　the　regulated　recycling　of　WLABs　and　finds　that　consumers＇　performance　expectancy,　social　influence,　and　facilitating　conditions　can　significantly　increase　their　willingness　to　participate　in　regulated　recycling,　while　effort　expectancy　can　reduce　such　willingness.　In　addition,　this　paper　also　includes　an　analysis　of　moderating　variables　such　as　age　and　education.　Finally,　the　paper　points　out　the　current　lack　of　consumer-oriented　recycling　management　measures　in　China　and　proposes　policy　recommendations　in　three　aspects:　system,　channel,　and　incentive　ones,　to　provide　references　for　promoting　the　regulated　recycling　and　sustainable　use　of　WLABs.