A portable microscale distributed energy cogeneration modular system comprising: ▪ a first unit comprising a first energy generating system housing having an air inflow orifice, an air discharge orifice, said first housing internally receiving a micro-turbine; a micro electric generator in rotational communication with the micro-turbine; a heat exchanger having a cold side and a hot side; a compressor arranged to receive air from the air inflow orifice and to provide compressed air to the cold side of the heat exchanger; a combustor chamber arranged to receive the compressed air from the cold side of the heat exchanger, the combustor chamber being arranged to utilize fuel in conjunction with the compressed air to operate the micro-turbine; wherein a first flow of exhausted hot air from the micro-turbine is discharged through the air discharge orifice of the first energy generating system housing; wherein the micro electric generator is adapted to produce electric power output during operation of the microscale distributed energy cogeneration modular system, ▪ a second unit comprising a water system adapted to convert supplied water into potable water during operation of said first unit, the water system being in communication with a second flow of exhaust hot air discharged from the micro-turbine, the water system comprising a water boiler and a condenser to produce potable water, said water boiler and said condenser being housed in a second housing, characterized in that the water system is in communication with said second flow of exhaust hot air discharged from the micro-turbine by means of an exhaust passage placed downstream said micro-turbine and said heat exchanger, said exhaust passage comprising an heated air exhaust port formed on each of said first and second housing so as to couple the first and second unit at said ports, and in that the portable microscale distributed energy cogeneration modular system is suitable to be interconnected with other identical systems, in electric communication with a common power distribution grid by a switchboard controller and meter, and adapted to balance out an energy demand of the different users. ▪ a first unit comprising a first energy generating system housing having an air inflow orifice, an air discharge orifice, said first housing internally receiving a micro-turbine; a micro electric generator in rotational communication with the micro-turbine; a heat exchanger having a cold side and a hot side; a compressor arranged to receive air from the air inflow orifice and to provide compressed air to the cold side of the heat exchanger; a combustor chamber arranged to receive the compressed air from the cold side of the heat exchanger, the combustor chamber being arranged to utilize fuel in conjunction with the compressed air to operate the micro-turbine; wherein a first flow of exhausted hot air from the micro-turbine is discharged through the air discharge orifice of the first energy generating system housing; wherein the micro electric generator is adapted to produce electric power output during operation of the microscale distributed energy cogeneration modular system, a micro-turbine; a micro electric generator in rotational communication with the micro-turbine; a heat exchanger having a cold side and a hot side; a compressor arranged to receive air from the air inflow orifice and to provide compressed air to the cold side of the heat exchanger; a combustor chamber arranged to receive the compressed air from the cold side of the heat exchanger, the combustor chamber being arranged to utilize fuel in conjunction with the compressed air to operate the micro-turbine; wherein a first flow of exhausted hot air from the micro-turbine is discharged through the air discharge orifice of the first energy generating system housing; wherein the micro electric generator is adapted to produce electric power output during operation of the microscale distributed energy cogeneration modular system, ▪ a second unit comprising a water system adapted to convert supplied water into potable water during operation of said first unit, the water system being in communication with a second flow of exhaust hot air discharged from the micro-turbine, the water system comprising a water boiler and a condenser to produce potable water, said water boiler and said condenser being housed in a second housing,