Design and implementation of battery supercapacitor based hybrid backup system for critical load application
Ali Ghalib (F19A14G32001)
Design and implementation of battery supercapacitor based hybrid backup system for critical load application - Faisalabad (unpublished) 2021 - XII, 89 p. : ill ; 30 cm.
A thesis submitted in the partial fulfillment of the requirements for the degree of Master of Electrical Engineering to the Faculty of Engineering And applied Sciences
Thesis supervisor: Dr. Muhammad omar khan Includes bibliography references
M.Phil. thesis (Faculty of Engineering And applied Sciences)
English
Design and implementation of battery supercapacitor --power line carrier--power management unit--state of charge--personal digital assistance--FEAS
600 / ALI
Design and implementation of battery supercapacitor based hybrid backup system for critical load application - Faisalabad (unpublished) 2021 - XII, 89 p. : ill ; 30 cm.
A thesis submitted in the partial fulfillment of the requirements for the degree of Master of Electrical Engineering to the Faculty of Engineering And applied Sciences
Thesis supervisor: Dr. Muhammad omar khan Includes bibliography references
M.Phil. thesis (Faculty of Engineering And applied Sciences)
English
Design and implementation of battery supercapacitor --power line carrier--power management unit--state of charge--personal digital assistance--FEAS
600 / ALI