Design and Implementation of Fuzzy Logic Controlled Uninterruptible Power Supply Integrating Renewable Solar Energy

Optimum Design of Uninterruptible Power Supply Systems for Urban and Remote Areas

“…If the load is AC load the system will use DC to AC inverter after PV modules and if the load is dc load the system will use AC to Dc rectifier after diesel generator [4]. So the load have a switch to shows between the rectifier and the charge controller [10].…”

“…DC line which provide all DC sources to the charge controller, which control charging and discharging the battery string and to provide DC loads. For AC loads the system will use DC to AC inverter to provide the load with AC current [10].…”

“…So for AC loads it will work after inverter to convert (DC) current into (AC) current and for DC loads it will work without needing to inverter and the inverter will be used for providing (AC) current to the grid. When the loads needs for electricity from the grid, there are two cases the first one is that if the load is AC load it will take the (AC) current from the grid and the second case is that if the load is (DC) load it will need to rectifier after the (AC) current that come from the grid to provide (DC) current to the load [10].…”