Based　on　ACCTS,　the　features　of　ACCTS　were　firstly　described　in　detail.　Secondly,　three　arrangement　schemes　of　struts　grid-jumping　were　proposed,　which　were　compared　with　the　original　scheme　in　terms　of　pre-stress　distribution,　load　condition,　buckling　resistance,　steel　consumption　and　so　on,　and　the　optimal　grid-jumping　order　was　determined.　Finally,　based　on　the　optimal　scheme　and　original　scheme,　the　static　and　dynamic　performances　of　two　schemes　were　systematically　comparatively　studied.　The　research　results　show　that　under　the　condition　that　the　static　and　dynamic　performances　of　the　original　structure　are　unchanged,　the　optimal　scheme　after　grid-jumping　not　only　saves　the　amount　of　steel　and　improves　the　anti-buckling　ability　of　the　structure,　but　also　simplifies　structure　system　and　reduces　the　construction　difficulty　by　means　of　grid-jumping　optimization.　This　research　can　promote　the　application　of　ACCTS　in　practical　engineering.　©　2020,　Jilin　University　Press.　All　right　reserved.