Compared　with　the　traditional　lighting,　intelligent　lighting　systems　which　use　light　emitting　diode　(LED)　as　the　light　source　are　efficient,　comfortable　and　environmentally　friendly.　Real-time　acquisition　and　dynamic　feedback　for　environmental　data　are　the　research　focus　for　LED　intelligent　lighting　systems.　Based　on　the　modular　design　mentality,　an　integrated　LED　intelligent　lighting　system　is　proposed,　and　the　mapping　relationship　among　environmental　parameters,　human　comfort　index　and　output　parameters　of　light　source　is　established.　The　multichannel　integrated　module　is　used　to　monitor　the　change　of　environmental　parameters　in　real　time,　and　the　optical　properties　of　the　light　source　can　be　adjusted　automatically　to　satisfy　the　requirement　of　human　comfort.　The　established　system　can　synchronously　collect　and　feed　back　the　sound,　temperature,　humidity　and　illumination　in　the　space　environment.　By　analyzing　the　changes　of　luminous　flux,　color　temperature,　spectrum　and　color　rendering　index　in　real　time,　we　demonstrate　the　validity　of　the　established　system.　The　proposed　system　achieves　the　synergy　fusion　of　automatic　control　and　green　lighting,　and　it　is　a　kind　of　generalized,　low-cost　and　humanized　lighting　control　system.　The　system　will　has　a　broad　application　prospect　in　the　field　of　lighting　and　display.　©　2017　Universitat　zu　Koln.　All　rights　reserved.