Electrification in rural area lectrification in rural area E - - PowerPoint PPT Presentation

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Electrification in rural area lectrification in rural area E - - PowerPoint PPT Presentation

10 th Anniversary VIII-3 Electrification in rural area lectrification in rural area E (Biomass Biomass) SDB ) SDB ( for APEIS/IEA and APEIS/RISPO for APEIS/IEA and APEIS/RISPO Junichi Fujino (NIES) The 10th AIM International Workshop;


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Junichi Fujino (NIES)

The 10th AIM International Workshop; 10-12, March 2005, National Institute for Environmental Studies, Tsukuba, Japan

VIII-3

E Electrification in rural area lectrification in rural area ( (Biomass Biomass) SDB ) SDB for APEIS/IEA and APEIS/RISPO for APEIS/IEA and APEIS/RISPO

10th Anniversary

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Pump Efficient pump Conventional pump Conventional dairy farm Efficient greenhouse Conventional greenhouse Conventional Dairy farm Greenhouse Dairy farm Motor Efficient motor Conventional motor Efficient lighting Conventional lighting Lighting Efficient air conditioner Conventional air conditioner Air conditioner Pump Green

  • house

Dairy farm Motor Lighting Air conditioner Electricity Diesel engine Biomass (gas) Biomass (solid) Grid Off grid / Mini grid PV Wind Efficient ICT Conventional ICT ICT ICT

  • Ele. via

mini/off Constraint scenario

  • Ele. via

grid Methane fermentation Livestock manure Night soil Landfill Food residues Bagasse Thinned wood Lumber residues Constraint scenario Mini-hydro Biomass (solid) Agriculture residues Recovery of agriculture residues Biomass (gas) Recovery of night soil Recovery of food residues Recovery of thinned wood Recovery of livestock manure Recovery of thinned wood Lumber residues Recovery of lumber residues Recovery of bagasse Constraint scenario Constraint scenario Constraint scenario Constraint scenario Plantation bio-energy Plantation bio-energy Constraint scenario Constraint scenario Constraint scenario Constraint scenario Recovery of Landfill gas waste paper Recovery of waste paper Constraint scenario waste textile Recovery of waste textile Constraint scenario Cesspool cleaner truck Sewerage Truck for garbage Truck for

  • Agr. Rsd.

Truck for

  • Lvs. Mnr.

Logging road Truck in forestry Truck for Lumber Rs. Truck for bagasse Truck for waste paper Truck for waste textile Biomass plantation farming Electricity demand in household (continue into “O” of Res.) Agriculture SMEs (Small and Medium sized Enterprises) Household Agriculture SMEs Grid capacity Budget for expansion of grid Oil Hydro Wind Solar Constraint scenario Constraint scenario Constraint scenario AA EA AC AD AE AF B C Oil AG Subsidy for transportation

  • f waste etc.

Low interest loan for Trns.

  • f waste etc.

Budget for transportation

  • f waste etc.

D AH AI Subsidy for introduction

  • f efficient

dairy farm Subsidy for introduction

  • f efficient

greenhouse Subsidy for introduction

  • f efficient

pump Subsidy for introduction

  • f efficient

air conditioner Subsidy for introduction

  • f efficient

lighting Subsidy for introduction

  • f efficient

motor Low interest loan for Int.

  • f efficient

dairy farm Low interest loan for Int.

  • f efficient

greenhouse Low interest loan for Int.

  • f efficient

pump Low interest loan for Int.

  • f efficient

air conditioner Low interest loan for Int.

  • f efficient

lighting Low interest loan for Int.

  • f efficient

motor

EA EB EC ED EE EF

Budget for efficient enduse device Subsidy for introduction

  • f efficient

ICT Low interest loan for Int.

  • f efficient

ICT

EG

Subsidy for introduction

  • f biomass (S)

Subsidy for introduction

  • f biomass (G)

Subsidy for introduction

  • f diesel Eng.

Subsidy for introduction

  • f PV

Subsidy for introduction

  • f wind

Subsidy for introduction

  • f hydro

Low interest loan for Int.

  • f biomass (S)

Low interest loan for Int.

  • f biomass (G)

Low interest loan for Int.

  • f diesel Eng.

Low interest loan for Int.

  • f PV

Low interest loan for Int.

  • f wind

Low interest loan for Int.

  • f hydro

AA AB AC AD AE AF

(Decrease of initial cost and running cost of renewable) Budget for renewable in rural Subsidy for introduction

  • f Frm. Sys.

Low interest loan for Int.

  • f Frm. Sys.

AG

Subsidy for introduction

  • f Bms. Plnt.

Low interest loan for Int.

  • f Bms. Plnt.

AH

Subsidy for introduction

  • f Rcv. Landfill

Low interest loan for Int.

  • f Rcv. Landfill

AI

Measure of potential Excellent designer of system/plant Excellent Assembler of system/plant Careful Maintenance

  • f system/plant

(Efficient operation of generation)

B

(Extension of potential) C Establishment

  • f training

school E-learning for design etc. ICT-enabled network of technician Database of best practice Budget for training school Budget for E-learning Budget for ICT network Budget for development

  • f DB

Cooperation

  • f developed

(Efficient operation of biomass plantation)

D

(Decrease of initial cost and running cost of efficient enduse device) EB EC ED EE EF EG I4 of Res. I1 of Res. I5 of Res. I6 of Res.

Environmental options of electrification in rural area

AB Budget for construction

  • f logging road
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Electrification in rural area (Biomass) Electrification in rural area (Biomass) SDB for IEA and RISPO SDB for IEA and RISPO

For IEA

  • Detailed but rough flow sketch than the
  • thers (transportation, residential, water)
  • Kindly ask your idea to enhance this flow

For RISPO

  • Focused on industry-wise, residential-

wise flow analysis including SPO (Strategic Policy Options)

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Palm trunks And leafs 9,239 mTon SPO No.8 Decentralised energy network SPO No.8 Decentralised energy network SPO No.1 Voluntary Agreement →Energy efficiency improvement SPO No.1 Voluntary Agreement →Energy efficiency improvement SPO No.4 New technology Installation →Enhance excess waste utilisation SPO No.4 New technology Installation →Enhance excess waste utilisation SPO No.6 Road show/ Open house →Enhance by-products utili. SPO No.6 Road show/ Open house →Enhance by-products utili. Local SPPs Optimum mixture (between rubber wood and palm residues) Renewable Portfolio Standard (RPS)

+

Fiber 479 mTon Shell 160 mTon Wastewater 2.24 mM3 Fuel in Internal boiler

Win-Win Situation Palm Oil Industries

Fuel in local SPPs or others splitting into small pieces Heat Heat and Electricity EFB 1,394 mTon Soil cover materials Mushroom cultivation

New agro technology

Soil materials Seasonal mushroom High quality brown paper

Pyrolysis and Steam activation

Mixed with asphalt Activated carbon Road/ Pathway

Fuel in brick/ cement factories Heat for brick/ cement factories

UASB technology CSTR system Biogas Biogas No.4 No.4 No.4 No.4 No.1 No.6 No.6 No.6 No.6 No.8 Decanter cake

Soil conditioner/ fertilization

Animal feed Soil materials Animal food No.6 No.6 580 mTon 154 mTon

Current excess waste PT&L = 9,239 mTon EFB = 814 mTon Fiber = 64 mTon Shell = 6 mTon

415 mTon SPO No.12 IT based technician training system→ increase labor skill SPO No.12 IT based technician training system→ increase labor skill SPO No.14

  • Tech. dev. and
  • appli. with local

resources → tech diffusion SPO No.14

  • Tech. dev. and
  • appli. with local

resources → tech diffusion SPO No.11 CDM, Micro finance → diffuse effective devices SPO No.11 CDM, Micro finance → diffuse effective devices

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Palm trunks And leafs 9,239 mTon SPO No.8 Decentralised energy network SPO No.8 Decentralised energy network SPO No.1 Voluntary Agreement →Energy efficiency improvement SPO No.1 Voluntary Agreement →Energy efficiency improvement SPO No.4 New technology Installation →Enhance excess waste utilisation SPO No.4 New technology Installation →Enhance excess waste utilisation SPO No.6 Road show/ Open house →Enhance by-products utili. SPO No.6 Road show/ Open house →Enhance by-products utili. Local SPPs Optimum mixture (between rubber wood and palm residues) Renewable Portfolio Standard (RPS)

+

Fiber 479 mTon Shell 160 mTon Wastewater 2.24 mM3 Fuel in Internal boiler

Win-Win Situation Palm Oil Industries

Fuel in local SPPs or others splitting into small pieces Heat Heat and Electricity EFB 1,394 mTon Soil cover materials Mushroom cultivation

New agro technology

Soil materials Seasonal mushroom High quality brown paper

Pyrolysis and Steam activation

Mixed with asphalt Activated carbon Road/ Pathway

Fuel in brick/ cement factories Heat for brick/ cement factories

UASB technology CSTR system Biogas Biogas No.4 No.4 No.4 No.4 No.1 No.8 No.6 No.6 No.6 No.6 Decanter cake

Soil conditioner/ fertilization

Animal feed Soil materials Animal food No.6 No.6 580 mTon 154 mTon

Current excess waste PT&L = 9,239 mTon EFB = 814 mTon Fiber = 64 mTon Shell = 6 mTon

415 mTon SPO No.12 IT based technician training system→ increase labor skill SPO No.12 IT based technician training system→ increase labor skill SPO No.14

  • Tech. dev. and
  • appli. with local

resources → tech diffusion SPO No.14

  • Tech. dev. and
  • appli. with local

resources → tech diffusion SPO No.11 CDM, Micro finance → diffuse effective devices SPO No.11 CDM, Micro finance → diffuse effective devices

Package of Voluntary based, Less cost Policy Options

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Palm trunks And leafs 9,239 mTon SPO No.8 Decentralised energy network SPO No.8 Decentralised energy network SPO No.1 Voluntary Agreement →Energy efficiency improvement SPO No.1 Voluntary Agreement →Energy efficiency improvement SPO No.4 New technology Installation →Enhance excess waste utilisation SPO No.4 New technology Installation →Enhance excess waste utilisation SPO No.6 Road show/ Open house →Enhance by-products utili. SPO No.6 Road show/ Open house →Enhance by-products utili. Local SPPs Optimum mixture (between rubber wood and palm residues) Renewable Portfolio Standard (RPS)

+

Fiber 479 mTon Shell 160 mTon Wastewater 2.24 mM3 Fuel in Internal boiler

Win-Win Situation Palm Oil Industries

Fuel in local SPPs or others splitting into small pieces Heat Heat and Electricity EFB 1,394 mTon Soil cover materials Mushroom cultivation

New agro technology

Soil materials Seasonal mushroom High quality brown paper

Pyrolysis and Steam activation

Mixed with asphalt Activated carbon Road/ Pathway

Fuel in brick/ cement factories Heat for brick/ cement factories

UASB technology CSTR system Biogas Biogas No.4 No.4 No.4 No.4 No.1 No.8 No.6 No.6 No.6 No.6 Decanter cake

Soil conditioner/ fertilization

Animal feed Soil materials Animal food No.6 No.6 580 mTon 154 mTon

Current excess waste PT&L = 9,239 mTon EFB = 814 mTon Fiber = 64 mTon Shell = 6 mTon

415 mTon SPO No.12 IT based technician training system→ increase labor skill SPO No.12 IT based technician training system→ increase labor skill SPO No.14

  • Tech. dev. and
  • appli. with local

resources → tech diffusion SPO No.14

  • Tech. dev. and
  • appli. with local

resources → tech diffusion SPO No.11 CDM, Micro finance → diffuse effective devices SPO No.11 CDM, Micro finance → diffuse effective devices

Package of New tech. diffusion with more cost

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Conceptual output from SDB and SPO Conceptual output from SDB and SPO

Cost

New Tech Voluntary All SPOs

Environmental burden

New Tech Voluntary All SPOs

Material Input

New Tech Voluntary All SPOs

Labor

New Tech Voluntary All SPOs

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Electrification in rural area (Biomass) Electrification in rural area (Biomass) SDB for IEA and RISPO SDB for IEA and RISPO

For IEA

  • Detailed but rough flow sketch than the
  • thers (transportation, residential, water)
  • Kindly ask your idea to enhance this flow

For RISPO

  • Includes more social and economical
  • ptions. Difficulty in quantification.