In　recent　years,　in　order　to　promote　the　construction　of　low-carbon　communities　(LCCs)　in　China,　many　scholars　have　proposed　an　evaluation　indicator　system　of　LCC.　The　existing　indicator　systems　are　mostly　established　from　the　macro　perspective　of　environmental　impact　and　resource　conservation,　but　few　are　from　the　micro　technical　perspective.　Thus,　the　aim　of　this　study　is　to　construct　a　micro　technical　evaluation　indicator　system　for　LCCs.　Firstly,　the　index　system　was　divided　into　three　categories:　low-carbon　building,　low-carbon　transportation,　and　low-carbon　environment.　Then,　the　technical　indicators　were　selected　through　empirical　analysis.　The　indicator　weights　were　assigned　by　the　improved　analytic　hierarchy　process　(AHP)　and　the　multi-level　fuzzy　comprehensive　evaluation　method　was　used　as　the　evaluation　method　of　the　indicators.　Finally,　in　order　to　examine　the　practicality　of　the　indicator　system,　two　typical　communities　in　Tianjin　and　Shanghai　were　selected　as　case　studies.　The　results　showed　that　the　indicator　system　gave　a　reasonable　low-carbon　level　for　the　two　communities,　which　was　in　line　with　the　actual　low-carbon　construction　status　of　each　community.　In　addition,　the　evaluation　results　pointed　out　that　the　low-carbon　community　(LCC)　in　Tianjin　needs　to　further　strengthen　the　construction　of　the　low-carbon　environment,　including　community　compactness,　rainwater　collection　and　utilization,　and　waste　recycling.　For　the　LCC　in　Shanghai,　it　was　pointed　out　that　the　construction　of　the　low-carbon　building　and　low-carbon　transportation　needs　to　be　strengthened.　The　indicator　system　can　be　used　as　a　tool　for　urban　planning　and　construction　personnel　to　evaluate　the　construction　progress　and　low-carbon　degree　of　LCC.