To　explore　the　origami　structure　with　better　energy　absorption　characteristics,　this　paper　proposed　a　tower　origami　structure　with　pressure-torsion　coupling　characteristics　by　improving　the　design　of　the　traditional　Origami　Twisted　Tower　structure.　A　quasi-static　compression　experiment　was　performed　on　this　structure　using　numerical　simulation　analysis　methods.　Results　show　that　the　tower　origami　structure　has　the　energy　absorption　characteristics　of　low　peak　compression　force,　long　platform,　and　small　disturbance.　By　changing　the　ratio　of　inner　circle　radius　to　outer　circle　radius,　torsion　angle,　ratio　of　outer　circle　radius　to　height,　and　geometric　parameters　of　thickness,　the　influence　law　of　geometric　parameters　on　energy　absorption,　peak　compressive　force,　compressive　force　efficiency　and　other　energy　absorption　performance　can　be　obtained.　The　research　results　have　some　reference　value　for　the　optimal　design　of　origami　structures　and　the　study　of　structural　energy　absorption　characteristics.　©　2023　Beijing　University　of　Technology.　All　rights　reserved.