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Indonesia NEP - Least cost electrification investment plan coordinated grid & off-grid access rollout, technology choice Prepare a least-cost electrification roll-out plan for grid and off-grid communities to meet national targets by beneficiary type Key digitized geo-referenced data layers for spatial least cost electrification rollout planning and costing platform - - Where are the MV lines today Population settlements and patterns Where are the schools, clinics, administrative centers Earth Institute modeling platform – proof of concept funded and managed by World Bank (Kenya, Senegal, Rwanda)
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BEFORE: Electricity Access Maps Used Prior to EI Data Collection Efforts

Dec 31, 2015

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Indonesia NEP - Least cost electrification investment plan coordinated grid & off-grid access rollout, technology choice. Prepare a least-cost electrification roll-out plan for grid and off-grid communities to meet national targets by beneficiary type - PowerPoint PPT Presentation
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Page 1: BEFORE:  Electricity Access Maps Used Prior to EI Data Collection Efforts

Indonesia NEP - Least cost electrification investment plan

coordinated grid & off-grid access rollout, technology choice

• Prepare a least-cost electrification roll-out plan for grid and off-grid communities to meet national targets by beneficiary type

• Key digitized geo-referenced data layers for spatial least cost electrification rollout planning and costing platform

- - Where are the MV lines today– Population settlements and patterns – Where are the schools, clinics, administrative centers

• Earth Institute modeling platform – proof of concept funded and managed by World Bank (Kenya, Senegal, Rwanda)

Page 2: BEFORE:  Electricity Access Maps Used Prior to EI Data Collection Efforts

BEFORE: Electricity Access Maps Used Prior to EI Data Collection Efforts (Eastern Indonesia, 9/2012)

Electrified AreasArea Difficult to Reach

Medium VoltageConstrained MV Plans due to Protected ForestDiesel Plants

Page 3: BEFORE:  Electricity Access Maps Used Prior to EI Data Collection Efforts

PLN staff training In Kupang, West Timor office for MV line data capture and digitization

Page 4: BEFORE:  Electricity Access Maps Used Prior to EI Data Collection Efforts

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EI Team Supports Local Utility Workers to Create MV Grid Map with smartphones – hands on training by doing

Page 5: BEFORE:  Electricity Access Maps Used Prior to EI Data Collection Efforts

AFTER: MV Line Map Results from EI Data Collection Efforts (Eastern Indonesia, 4/2013)

*Average line data collection rate by vehicle was

50-100km/day (varies w/ road conditions)

Page 6: BEFORE:  Electricity Access Maps Used Prior to EI Data Collection Efforts
Page 7: BEFORE:  Electricity Access Maps Used Prior to EI Data Collection Efforts

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• Satellite imagery or other high accuracy data source is used to geo-locate communities, including remote rural locations

Example Desa in Flores Island Group: Pondo, Lembor, NTT

Settlement Locations Data – nucleation patterns

1 km

Page 8: BEFORE:  Electricity Access Maps Used Prior to EI Data Collection Efforts

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• Communities are designated for grid expansion or off-grid systems based on least cost analysis

Example Desa in Flores Island Group: Pondo, Lembor, NTT

Coordinated grid and off-grid planning – target driven

1 km

Page 9: BEFORE:  Electricity Access Maps Used Prior to EI Data Collection Efforts

NEP - Grid-Rollout over next 20 YearsFlores Island, Eastern Indonesia

Maps Showing Optimal Mix of Grid vs Off-Grid SystemsLeast cost technology choices

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Page 12: BEFORE:  Electricity Access Maps Used Prior to EI Data Collection Efforts

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Page 13: BEFORE:  Electricity Access Maps Used Prior to EI Data Collection Efforts

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Page 15: BEFORE:  Electricity Access Maps Used Prior to EI Data Collection Efforts

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All Flores Island Group

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West Flores Island

Page 17: BEFORE:  Electricity Access Maps Used Prior to EI Data Collection Efforts

Indonesia NEP

Least cost electrification configurations by settlement size

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Grid “least-cost” expansion settlements

0-1011-20

21-50

51-100

101-250

251-500

501-1000>1000

0%10%20%30%40%50%60%70%80%90%

100%

Household SolarVillage Solar Mini-GridProposed GridGrid Connected

Bins: Number of Households per Settlement

Perc

enta

ge o

f Hou

seho

lds

by T

ech

Type

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Proposed Grid: 166,000 HHsVillage Solar Mini-Grid: 84,000 HHs

020,00040,00060,00080,000

100,000120,000140,000

Household SolarVillage Solar Mini-GridProposed GridGrid Connected

Bins: Number of Households per Settlement

Tota

l Num

ber o

f H

ouse

hold

s by

Tec

h Ty

pe

Page 20: BEFORE:  Electricity Access Maps Used Prior to EI Data Collection Efforts

Grid connection in larger and densely nucleated settlements

Page 21: BEFORE:  Electricity Access Maps Used Prior to EI Data Collection Efforts

100m or 300 ft

Page 22: BEFORE:  Electricity Access Maps Used Prior to EI Data Collection Efforts

INSIDE SHED

STORAGE BATTERIESMETERING + COMM + uPROC INVERTER+CC+BREAKERS