Hydrogen　storage　technology,　playing　the　role　of　connecting　hydrogen　energy　production　with　application,　determines　the　large-scale　application　of　hydrogen　energy.　We　use　bibliometric　analysis　of　hydrogen　storage　research　in　order　to　get　a　view　of　research　status　and　development　trend　of　hydrogen　storage　technology.　The　results　show　that　the　research　on　hydrogen　storage　technology　has　turned　from　the　rapid　growth　stage　to　the　in-depth　research　stage.　The　basis　discipline　of　hydrogen　storage　alloy,　including　the　composition　of　its　additives　and　catalyst,　as　well　as　its　internal　structure　and　ways　of　improving　its　performance.　Baseonanalyzing　the　citation/frequency　burst　of　researchkeywords,　the　key　research　topic　in　the　future　is　mainly　to　study　the　stability　and　hydrogen　release　performance　of　magnesium-based　hydrogen　storage　alloys　at　a　specific　temperature,　and　the　exploring　structure　and　composition　of　material　through　nanoparticles.　The　key　research　teams　worthy　of　attention　are　YU　XB　team　of　the　Chinese　academy　of　sciences;　PAN　HG　team　of　Zhejiang　university;　ZHANG　YH　team　of　Inner　Mongolia　university　of　technology;　SAKAI　T　team　of　Osaka　Electro-Communication　University;　FUJII　H　team　of　Hiroshima　university;　LIU　HK　team　of　University　of　Wollongong.