This　chapter　introduces　the　suppression　of　Li　dendrite　growth　in　Li-S　batteries.　High　specific　energy　of　Li-S　batteries　is　attributed　to　the　combination　of　high　capacities　of　sulfur　cathode　and　lithium　anode.　However,　the　nonuniform　distribution　of　charges　and　high　Li-ion　concentration　gradient　at　the　electrode/electrolyte　interface　lead　to　the　formation　of　dendrites　on　the　surface　of　Li　anode　during　charge/discharge　processes.　The　formation　of　high　surface　area　needles　such　as　cellular　structures　and　tree-like　dendrites　coupled　with　solid　electrolyte　interphase　brings　low　Coulombic　efficiency　and　poor　cycle　performance,　even　serious　safety　issues.　This　chapter　begins　with　a　description　of　dendrite　initiation　and　growth　mechanisms.　Some　strategies　for　delaying　and　suppressing　dendrite　growth　are　described　subsequently,　mainly　by　meticulously　designing　the　appropriate　battery　components　in　three　aspects　of　separator,　anode,　and　electrolyte.　Finally,　advantages　and　disadvantages　of　various　dendrite　growth　prevention　strategies　are　discussed.　©　2022　Elsevier　Inc.　All　rights　reserved.