Lithium-ion　batteries　will　undergo　continuous　aging　during　the　process　of　charging　and　discharging.　Charging　and　discharging　cycle　conditions　for　lithium-ion　batteries　are　usually　an　important　method　to　detect　the　degree　of　aging　of　lithium-ion　batteries.　However,　the　general　aging　cycle　lasts　for　thousands　of　cycles,　which　is　more　time　consuming.　The　charge/discharge　capacity　of　the　original　condition　and　the　accelerated　condition　are　guaranteed　to　be　the　same,　and　the　aging　path　is　essentially　the　same　way.　The　accelerated　life　test　of　lithium-ion　battery　is　realized　by　the　constant　current　rate　accelerated　operating　condition　design　and　the　variable　current　rate　accelerated　operating　condition　design　with　two　different　constraints,　and　the　accelerated　operating　condition　with　the　minimum　difference　between　the　battery　aging　path　of　the　original　operating　condition　before　acceleration　is　obtained　by　the　optimization　method.　©　2024,　The　Author(s),　under　exclusive　license　to　Springer　Nature　Singapore　Pte　Ltd.