a dc output thus rectifiers 140 convert the microturbine produced ac power to dc power the output of rectifiers 140 is coupled to bus line 150 which is connected to the power distribution unit 160 in the destination facility power distribution unit 160 contains connections into the telecommunications facility 39 s power lines and or provides connections to the various telecommunications equipment power distribution unit 160 may also contain additional circuit breakers or other power switchgear or safety devices and or circuits including circuits to limit the voltage or current provided to the facility 39 s power lines and monitoring measuring equipment a number of super capacitors 170 are also connected to bus line 150 the system of the present invention is also capable of receiving power from a commercial utility utility supplied power is received on bus line 180 and a connection to ground is provided through line 190 bus line 180 is connected to one side of switch 200 and the other side of switch 200 is coupled to the primary side of transformer 210 as is known a transformer is capable of receiving an input signal on its primary side and producing a corresponding signal on its secondary side that is electronically isolated from the input signal the secondary side of transformer 210 is coupled to one side of a main circuit breaker 220 the opposite side of main circuit breaker 220 is coupled to one side of a number of circuit breakers 230 the opposite side of one of the circuit breakers 230 is connected to bus line 240 the remaining circuit breakers 230 are available to provide electrical power for additional applications or systems.