01653nam a22001817a 4500003000400000005001700004008004100021040001400062100002600076245012400102260003300226300002900259500012500288520090100413942001601314999001701330952012401347OSt20251201091104.0211026b        |||||||| |||| 00| 0 eng d  aMMSUcULS  aAguigam, Jeune Ace A   aDesign and fabrication of solar powered water storage system for household loads / cJeune Ace A. Aguigam ... [et al.]   c2020aCity of Batac :bMMSU,  axix,64 leaves ;c28 cm.   aThesis (BS in Electrical Engineering) -- Mariano Marcos State University -- College of Engineering, City of Batac, 2020.  a 						ABSTRACT  	AGUIGAM, JEUNE ACE A., BULONG, ROGERIE JR. R., DOMINGO, JESFER G., DOMINGO, MARK CHESTER V., DUMLAO, MARK ANTHONY T., ESCALONA, KENT BRYAN G., LABUGUEN, LEVY JANN A., LADESMA, AURELIO JR. M., PUDIQUET, GETHOVEN RUSSEN ISAAK B., RUBIO, LLOYD IAN ASHLEI C 2020. Design, Fabrication and Evaluation Solar Powered Water Storage System. Undergraduate Project Study. College of Engineering. Mariano Marcos State University, Batac City 2906, Ilocos Norte.   	Green renewable electric power generation has been designed using the water flow from an overhead tank Filled by a water pump with a power source of solar panel. Kinetic energy of the falling water is used to rotate a micro turbine coupled with a DC generator... The generated DC power is stored in a battery. When the energy stored in the battery is sufficient an inverter is switched on to generate AC power for domestic use.  2ddccTHEDIS  c16729d16729  00104070aMMSU_MAINbMMSU_MAINcTHESESd2021-10-26i5669p5669-UThesisr2021-10-26w2021-10-26yTHEDISzRoom use only