The　implementation　of　China＇s　clean　energy　deployment　policies　has　produced　considerable　benefits　of　ambient　air　quality　improvement　as　well　as　the　corresponding　reduction　of　disease　burden.　However,　few　studies　have　focused　on　their　quantification.　In　this　study,　we　developed　an　integrated　evaluation　framework　to　assess　the　benefit　of　reduced　disease　burden　resulting　from　the　air　quality　improvement　after　the　deployment　of　clean　energy　in　Hebei　Province,　China.　It　was　found　that　the　pollutant　emissions　could　be　reduced　by　18-45%　and　33-66%　under　the　General　Policy　(GP)　and　Strengthen　Policy　(SP)　scenarios　in　2030.　The　household　sector　has　the　largest　reduction　potential　for　all　pollutant　emissions,　followed　by　the　power　sector　with　a　considerable　reduction　effect　on　SO2　and　NOx.　The　annual　mean　PM2.5　concentration　was　estimated　to　decrease　from　52　mu　g　m-　3　under　the　Business　as　Usual　(BAU)　scenario　to　40　mu　g　m-　3　under　the　SP　scenario　in　2030.　Consequently,　the　disease　burden　due　to　air　pollution　would　be　reduced　by　7499　and　12260　cases,　respectively,　under　the　GP　and　SP　scenarios　in　2030.　Our　study　confirmed　the　effectiveness　of　clean　energy　deployment　policies,　and　could　provide　scientific　support　and　significant　information　to　policymakers.