Pekuluran Micro-hydro Electric Power Plant

  • July 2020
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PEKULURAN MICRO-HYDRO ELECTRIC POWER PLANT By Sudargana & Karnoto Energy & Natural Resources Research Centre Diponegoro University Central Java Indonesia

BACKGROUND: 1. 2. 3.

4. 5.

6.

LACK IN ENERGY GLOBAL WARMING, CO2 FROM COMBUSTION NATIONAL MEAN ELECTRICITY PROGRAM: UP TO 2020 MOST 5 % NATIONAL ENERGY WAS SUPLIED BY NEW/RENEWABLE ENERGY SOROSIDO RIVER: ENERGY POTENTIAL, 1.4 M3/S FLOW RATE, 23 DEG SLOPE PEKULURAN IS THE ISOLATED AND UNELECTRIFIED VILLAGE, 62 FARMER FAMILIES AND LOW EDUCATED INHABITANCE GOVERNMENT FUNDING

OBJECTIVES: PUSH THE NATIONAL MEAN ELECTRIVICATION PROGRAM (RUKN)  EXPAND THE NEW AND RENEWABLE ENERGY SUPPLY.  PUSH RURAL/PEKULURAN EDUCATION & SOCIAL ECONOMIC DEVELOPMENT. 

EXISTING DATA: 1.4 M3/S SOROSIDO WATER FLOW RATE  23o RIVER SLOPING  62 FRAMILIES UN-ELECTRIFIED BY PLN  ABOUT 5 PICO-HYDRO @ 100 Watt, FOR 10 FAMILIES, THERE WAS VERRY LOW PEKULURAN ELECTRIFICATION 

PRE ACTIVITY: SURVEY ON HYDRO POTENTIAL ENERGY IN WHOLE CENTRAL JAVA.  FEASIBILITY STUDY ON MICRO-HYDRO ELECTRIC POWER PLANT IN BATANG AND PEKALONGAN REGENCY, ESPECIALY THE ISOLATED VILLAGE.  DESIGN MICRO-HYDRO POWER PLANT ON SIJERAH (BATANG) AND PEKULURAN (PEKALONGAN) 

WISHFULL: BUILD 37.5 KVA MICRO-HYDRO ELECTRIC POWER PLANT  ELECTRIFY PEKULURAN INHABITANCE WITH 200 Watts/FAMILY  TO PUSH SOCIAL-ECONOMIC AND EDUCATION DEVELOPMENT OF 62 PEKULURAN FAMILY 

PROJECT ACTIVITY: TO BUILD:  50 M WIDE DAM ON SOROSIDO RIVER  126 M LONG, 0.4 M3 FLOW RATE WATER CANAL  2 X 3 X 13 M FORE-BAY  12 M HEAD, 14” PENSTOCK DIAMETER  BANKI MITCHEL CROSS FLOW TURBIN  2 WAYS MECHANICAL TRANSMISSION FROM 188 TO 1500 RPM  37.5 KVA ELECTRIC INDUCTION GENERATOR WITH DUMMY LOAD  POWER HOUSE  750 M ELECTRIC DISTRIBUTION CABLE  ETC.

SUSTAINABILITY: TO OPERATE THIS PLANT PEKULURAN INHABITANT MAKE SOCIAL COOPERATION TO MANAGE TGE FUNDING, OPERATING, MAINTENANCE AND DEVELOPMENT.  DIPONEGORO UNIVERSITY RESEARCH CENTRE OF ENERGY AND NATURAL RESOURCES WILL BE ASISTANCE ON SUSTAIN ACTIVITY. 

. TOPOGRAPHY MAP.

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