Socially Inclusive Electricity Tariffs in South Asia to Reduce Energy Poverty –
Subsidy Structuring, Successes and Failures
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to Reduce Energy Poverty Subsidy Structuring, Successes and - - PowerPoint PPT Presentation
Socially Inclusive Electricity Tariffs in South Asia to Reduce Energy Poverty Subsidy Structuring, Successes and Failures Dr Dr Tila ilak Si Siyambala lapitiya 1 Th This is presentatio ion is is based on a stu tudy conducted for r
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Customer Class Electricity Usage (kWh/mth) Maximu m Demand (kW)
Average Unit Price (US cents/kWh) at Unity Power Factor
Bangladesh Bhutan Assam, India Gujarat, India Kerala, India Madhya Pradesh, India Maharashtra, India TamilNadu, India Maldives Nepal Sri Lanka Pakistan
Household Small
30- 4.74 0.00 7.39 2.47 3.92 4.23 6.03 0.00 20.32 3.81 1.95 1.57
Medium
90- 5.36 1.80 7.95 4.64 5.73 7.16 8.04 1.08 20.32 7.04 5.32 3.68
Large
180- 6.15 2.68 7.95 5.22 6.85 8.42 10.12 2.74 21.03 8.16 12.38 4.34
Very Large
600- 8.21 4.04 7.95 6.65 12.26 9.69 15.06 7.41 23.76 10.06 21.30 8.15
Commercial Small
1000- 12.48 5.66 11.37 7.91 9.73 8.84 17.45 12.53 30.77 11.00 12.09 11.50
Medium
58000 180 10.28 4.73 11.38 8.45 9.12 10.29 21.96 13.62 33.81 10.33 14.02 13.58
Large
600000 1500 10.14 4.73 11.38 8.74 8.92 10.31 20.43 13.62 33.87 10.05 13.17 11.63
Industrial Small
5,000 - 9.88 5.66 7.38 7.58 9.58 9.86 8.86 9.66 33.25 8.83 6.81 10.40
Medium
65,000 180 9.98 4.73 10.39 7.15 10.30 11.13 13.61 11.21 33.82 8.14 8.81 9.82
Large
270,000 600 9.86 4.73 10.24 7.70 10.30 12.50 12.09 11.21 33.86 7.97 8.46 9.77
Very Large 1,050,000
2250 9.69 3.71 10.24 7.67 10.30 12.50 12.09 11.21 33.87 7.10 8.46 9.72
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As As of
August 2019
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As As of
August 2019
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As As of
August 2019
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Customer Class Electricity Usage (kWh/mth ) Max. Deman d (kW)
Average Unit Price in USCts (unity p.f.)
Bangladesh Bhutan Assam, India Kerala, India Madhya Pradesh, India Maharashtra, India Tamil Nadu, India Malaysia Nepal Pakistan Philippines Singapore South Korea Sri Lanka Thailand Vietnam Household Small 30
0.00 7.43 3.94 4.25 6.06 0.00 5.19 3.79 1.57 17.91 17.47 5.71 1.95 9.59 6.44 Medium 90
1.77 7.99 5.76 7.19 8.09 1.09 5.19 6.99 3.70 16.99 17.47 5.01 5.32 10.92 6.54 Large 180
2.63 7.99 6.88 8.46 10.17 2.76 5.19 8.11 4.35 16.76 17.47 7.25 12.38 11.68 7.08 Very Large 600
3.96 7.99 12.33 9.74 15.14 7.45 9.20 9.99 8.18 19.23 17.47 24.14 21.30 13.27 9.56 Commercial Small 1,000 4 12.39 5.55 11.43 9.78 8.89 17.54 12.59 11.77 10.92 11.55 17.35 17.47 7.82 12.09 13.70 10.38 Medium 58,000 232 10.20 4.64 11.44 9.17 10.34 22.07 13.69 11.58 10.26 13.63 16.01 16.21 8.69 14.02 13.20 10.10 Large 600,000 2400 10.07 4.64 11.44 8.96 10.36 20.54 13.69 11.58 9.98 11.67 15.55 14.69 8.59 13.17 12.77 9.36 Industrial Small 5,000 20 9.81 5.55 7.42 9.63 9.91 8.91 9.71 10.44 8.77 10.44 15.59 17.47 7.15 6.81 14.17 6.95 Medium 65,000 260 9.91 4.64 10.44 10.35 11.19 13.68 11.27 10.84 8.08 9.86 14.82 16.21 6.93 8.81 13.20 6.66 Large 270,000 1080 9.79 4.64 10.29 10.35 12.56 12.15 11.27 10.63 7.92 9.81 14.99 16.10 8.82 8.46 12.77 6.45 Very Large 1,050,000 4200 9.62 3.64 10.29 10.35 12.56 12.15 11.27 10.07 7.05 9.76 13.83 15.33 8.43 8.46 12.38 6.29
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5 10 15 20 25 30 0% 2% 4% 6% 8% 10% 12% 14% 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 Average price of electricity (LKR/kWh) Share of household customers/ consumption Customers Consumption Electricity Price
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to 1 MW which is treated as collective generation
PV facilities which provide an opportunity for low user households to earn an extra income while their electricity usage up to lifeline quantity would be fully paid for 7 years.
implemented) to be designated as a “community wind block” in Mannar Wind Park
development of renewable energy
income source without government or utility intervention
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