Heating　with　wind　and　solar　energy　is　an　effective　way　to　reduce　carbon　dioxide　emissions.　Vapor　Compression　Heat　Pumps　(VCHP)　were　generally　used　to　improve　the　utilization　rate　of　wind　power.　However,　normal　VCHP　driven　by　wind　power　or　solar　energy　has　low　performances　in　low　temperature　environment　and　low　supply　temperature　of　heating　water,　and　it　is　also　difficult　to　achieve　continues　and　stable　heating　because　of　the　intermittence　of　wind　power.　The　present　paper　introduces　a　new　integrated　heat　pump　system,　in　which　a　VCHP　absorbs　heat　from　the　environment　and　sends　it　to　an　Absorption　Heat　Pump　(AHP)　as　its　low　temperature　heat　source　after　temperature　lift.　Thermal　storage　system　is　also　equipped　for　continues　heating　and　it　serves　as　the　driving　force　of　the　AHP.　The　results　show　that　the　integrated　heat　pump　can　produce　heating　water　at　50　°C　or　even　higher　with　a　COP　of　about　1.42　when　the　environment　temperature　is　as　low　as　−30　°C.　Also,　the　power　consumption　of　the　VCHP　accounts　for　only　5%–18%　of　the　total　energy　input.　This　indicates　that　the　energy　consumed　by　the　integrated　heat　pump　can　be　mainly　from　off-peak　electricity　produced　by　the　wind　turbine.　©　2022　Elsevier　Ltd