This　paper　introduces　an　equivalent　negative　sequence　impedance　control　method　and　a　negative　sequence　power-sharing　scheme　based　on　adopting　virtual　negative　sequence　resistance　for　the　typical　islanded　microgrids　with　multiple　distributed　generation　units　and　unbalanced　loads.　Firstly,　the　principle　of　the　method　that　controls　negative　sequence　components　through　negative　sequence　impedance　control　is　discussed.　Then　a　droop　relationship　between　the　controlled　negative　sequence　impedance　of　distributed　generations　and　their　remaining　power　capacity　is　introduced,　which　achieves　reasonable　negative　sequence　current　allocation　among　different　distributed　generation　units.　Moreover,　to　reduce　the　fluctuations　of　system　frequency　with　unbalanced　loads,　a　frequency　feedback　compensation　loop　is　introduced.　Finally,　the　simulation　results　verify　the　effectiveness　of　the　proposed　method.　©　2020　IEEE.