NOVELTY - A microgenerator system for generating electrical power, comprises micro-combustor; micro-controller; fluid control device; thermoelectric module having a first end in thermal communication with the micro-combustor, a second end spaced from the first end and thermoelectric panels connected between the two ends, where a temperature differential is produced between the two ends; and battery charger coupled to the outlet of thermoelectric module.    USE - The system is used for generating electrical power (claimed) for charging batteries, such a lithium ion and lithium-polymer batteries used to power portable electronic devices and microelectromechanical system (MEMS). It can be used in all types of field applications, including military use.    ADVANTAGE - The system has the ability to employ different types of hydrocarbon fuel for combustion in the micro-combustor. It is compact, efficient and can be controlled and monitored in real time.    DETAILED DESCRIPTION - A microgenerator system (10) for generating electrical power, comprises:    (A) micro-combustor (20) having a fuel inlet, an exhaust outlet, a combustion chamber and an igniter operative to initiate combustion of fuel within the combustion chamber which produces hot exhaust gas directed to the exhaust outlet;    (B) micro-controller (24) coupled to the igniter of the microcombustor;    (C) fluid control device which supplies fuel from a source (12) to the micro-combustor, the fluid control device being coupled to the micro-controller which controls opening and closing of the fluid control device;    (D) thermoelectric module (22) having a first end mounted in thermal communication with the micro-combustor, a second end spaced from the first end and a number of thermoelectric panels (44) connected between the first and second ends, a temperature differential being produced between the first and second ends of the thermoelectric module which induces the thermoelectric module to supply electrical energy to an outlet; and    (E) battery charger (26) coupled to the outlet of the thermoelectric module, the battery charger being electrically connected to at least one battery (72).    DESCRIPTION OF DRAWING(S) - The figure shows a schematic view of a micro-generator system coupled to a battery charger.    Microgenerator system (10)    Source (12)    Fuel control valve (16)    Micro-combustor (20)    Thermoelectric module (22)    Micro-controller (24)    Battery charger (26)    First heat spreader (40)    Second heat spreader (42)    Thermoelectric panels (44)    Battery (72)