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<br />Projected Resultants <br /> <br />Projected Resultants # FS080408.A690xl <br /> <br />1*. Voltage Improvement in Line(V): 5 <br />EF will improve and stabilize voltage supplied to the load, thus <br />improved efficiency and longevity of the facility's load, and reduction <br />of heat losses, KWD and Kwh. <br />2*. Voltage Improvement in Transformer(V): 4 <br />EF will improve and stabilize voltage in the transformer, thus <br />improved efficiency and reduction of heat losses. <br />3*. Increased Revenue Due to Voltage Improvement(%): 4 <br />EF will improve and stabilize voltage, thus improved efficiency and <br />longevity of the facility's load and reduction of losses, failure, <br />breakdown and maintenance. <br />4*. Line Current Reduction(A): 63 <br />EF will reduce line current through reduction of reactive current and <br />phase imbalance, thus increasing system efficiency and reducing <br />KWD and Kwh. <br />5*. Reduction of Losses(%): 10 <br />EF will reduce losses such as line, Hysteresis and Eddy Current, thus <br />increasing system efficiency and reducing KWD and Kwh. <br />6*. Annual Reduced Energy Losses(KWH): 614 <br />EF will reduce losses such as line, hysteresis and Eddy Current, thus <br />increasing system efficiency and reducing KWD and Kwh. <br />7*. Increased Load Capability(KW): 19 <br />EF will reduce Reactive/nonproductive Power and distribution losses <br />while improving voltage and balancing the phases, thus allowing <br />more productive power can be utilized. <br />8*. Increase in Feeder Capacity(KVA): 22 <br />EF will reduce Reactive/nonproductive Power and distribution losses <br />while improving voltage and balancing the phases, thus allowing <br />more capacity for additional load. <br />9*. New Apparent Power(KVA): 384 <br />EF will reduce Apparent Power and distribution losses while improving <br />voltage and balancing the phases, thus allowing more capacity for <br />additional load. <br />10*. New Real Power(KW): 352 <br />EF will reduce Real Power, Peak Demand, and distribution losses <br />while improving voltage and balancing the phases, thus allowing <br />more capacity for additional load. <br />11*. New Reactive Power(KVAR): 102 <br />EF will reduce Reactive/nonproductive Power and the losses in the <br />system, while improving voltage and balancing the phases, thus <br />allowinq more capacity for additional load. <br /> <br />21 <br />