In　order　to　study　the　performance　of　metal　organic　framework　materials　(MOFs)　in　adsorption　refrigeration　systems,　the　current　research　method　is　to　test　the　equilibrium　adsorption　characteristics　of　the　materials,　estimate　the　adsorption　refrigeration　conditions　of　the　materials,　and　then　prepare　a　large　amount　of　them　and　fill　them　into　the　adsorption　bed　for　testing.　However,　the　above　methods　affect　the　authenticity　evaluation　of　materials　due　to　the　adsorption　refrigeration　experimental　device.　In　addition,　the　preparation　time　of　MOFs　materials　is　generally　long,　and　the　time　cost　of　verifying　materials　is　high.　Therefore,　the　purpose　of　this　paper　is　to　shorten　the　prediction　time　of　material　performance　of　adsorption　refrigeration　system.　The　large　temperature　jump　method　is　used　to　carry　out　the　dynamic　adsorption　and　desorption　experiments　of　three　kinds　of　adsorbents　at　variable　temperature　and　constant　pressure.　The　dynamic　adsorption　and　desorption　model　is　established　and　combined　with　the　experimental　results　to　calibrate　and　verify　the　combination　of　heat　and　mass　transfer　coefficients　of　adsorbents.　Finally,　the　performance　coefficient　of　the　adsorbent　under　different　conditions　is　predicted,　and　the　suitable　refrigeration　operating　range　is　determined.　The　results　show　that　the　addition　of　calcium　chloride　increases　the　range　of　suitable　cooling　conditions　for　MIL-101(Cr).　When　the　desorption　temperature　is　90　degrees　C,　the　minimum　evaporation　temperatures　of　MIL-101　(Cr)　and　MIL-101　(Cr)/CaCl2-20%　are　12　degrees　C　and　5　degrees　C,　and　the　maximum　adsorption　temperatures　are　31　degrees　C　and　38　degrees　C,　respectively.