This document summarizes a presentation given by Dr. Khondaker Golam Moazzem of the Centre for Policy Dialogue on the energy and power sector in Bangladesh's national budget for fiscal year 2022-23. It discusses the context of this budget, including growth in power generation capacity and consumption from 2017-2022. It also reviews key aspects of the power sector such as generation costs, capacity payments, energy imports, transmission and distribution infrastructure, and the financial state of the Bangladesh Power Development Board. The document concludes by noting the sector's large dependence on government subsidies.
The government’s “Power for All” programme is an ambitious plan, which depends a lot on the development of capacity expansion in power supply chain, developing coal resources and logistics and increasing technological interventions.
CII-PwC report titled Round-the-Clock Power Supply: A Key Milestone says that the Indian Power Sector depend upon the availability of power that on other hand depend on two factors—adequate electricity generated and development of supporting infrastructure for the supply of electricity.
This document discusses renewable energy technologies and electricity generation trends in the United States. It provides the following key points:
1) In the reference case of the Annual Energy Outlook 2020, electricity generation from natural gas and renewables increases through 2050 as their costs decline, making them increasingly competitive compared to coal and nuclear power.
2) Electricity demand grows slowly at around 1% per year through 2050 due to modest economic growth and increased energy efficiency. Growth in rooftop solar also contributes to meeting demand.
3) By 2050, solar photovoltaics and onshore wind lead growth in renewable generation across regions and scenarios as their levelized costs decline over time, becoming economically competitive with other
This document summarizes key aspects of electricity generation and costs in the United States from the Annual Energy Outlook 2020 reference case. It finds that:
1) Natural gas and renewables increase as a share of electricity generation due to lower gas prices and declining costs of solar and wind capacity.
2) Electricity demand grows slowly at around 1% per year through 2050 due to economic growth offset by efficiency gains.
3) Natural gas combined cycle and solar PV are increasingly competitive technologies for new power plants based on their declining costs relative to revenues.
The document is a quarterly market handbook published by CEEW Centre For Energy Finance that aims to help investors, executives and policymakers with evidence-based decision making regarding India's energy transition. It provides data and analysis on key topics such as generation capacity and energy mix, renewable energy auction trends, payment issues faced by distribution companies, power market reforms, and developments in electric vehicles and energy storage. The summary highlights recent trends seen in the first quarter of 2021, including a slowdown in overall electricity generation due to COVID-19 but an impressive amount of new solar capacity sanctioned, an increase in renewable energy's share of total generation, and declining costs from renewable energy auctions.
Sustainable Infrastructure Assistance Program (46380-023)
TA 9511–INO: Indonesia Energy Sector Assessment and Priorities 2020–2024
Energy Policy Feedback (Power)
Focus Group Discussion
Jakarta, 18 October 2019
The document discusses energy distribution in Pakistan. It notes that Pakistan has increased its installed generation capacity from 23,000 MW in 2014 to 33,744 MW by 2019. Electricity distribution is handled by 11 distribution companies, while several organizations regulate and develop the energy sector. However, the distribution system faces many problems, including high losses, lack of investment, and a large supply-demand gap. Renewable resources like hydropower, solar, wind, and biomass show potential but remain underutilized compared to fossil fuels currently.
This document summarizes China's Renewable Energy Outlook 2019 report which models China's power sector transformation consistent with limiting global warming to below 2°C. The key findings are:
- By 2050, renewable energy will supply 90% of China's power generation led by over 2600 GW of wind and 2800 GW of solar installed capacity. Electricity demand will double through electrification and efficiency gains.
- To achieve this, China must rapidly increase wind and solar installations to over 500 GW between 2020-2025 while phasing out coal capacity. Flexibility measures like markets and storage are also needed to integrate high shares of variable renewables.
- This Below 2°C scenario results in deep decar
The document is the 2022-23 annual market handbook published by CEEW Centre for Energy Finance. It aims to help investors, executives and policymakers make evidence-based decisions on India's energy transition by analyzing key trends, presenting data on relevant indicators, and providing a short-term market outlook. The handbook covers topics like generation capacity and energy mix, renewable energy auctions, discom payables, power market reforms, and trends in electric vehicles and energy storage. It finds that renewable energy capacity addition dominated in FY23, with the share of RE and hydro in total capacity exceeding 40%. Auctioned renewable energy capacity in FY23 was 9.91 GW.
The government’s “Power for All” programme is an ambitious plan, which depends a lot on the development of capacity expansion in power supply chain, developing coal resources and logistics and increasing technological interventions.
CII-PwC report titled Round-the-Clock Power Supply: A Key Milestone says that the Indian Power Sector depend upon the availability of power that on other hand depend on two factors—adequate electricity generated and development of supporting infrastructure for the supply of electricity.
This document discusses renewable energy technologies and electricity generation trends in the United States. It provides the following key points:
1) In the reference case of the Annual Energy Outlook 2020, electricity generation from natural gas and renewables increases through 2050 as their costs decline, making them increasingly competitive compared to coal and nuclear power.
2) Electricity demand grows slowly at around 1% per year through 2050 due to modest economic growth and increased energy efficiency. Growth in rooftop solar also contributes to meeting demand.
3) By 2050, solar photovoltaics and onshore wind lead growth in renewable generation across regions and scenarios as their levelized costs decline over time, becoming economically competitive with other
This document summarizes key aspects of electricity generation and costs in the United States from the Annual Energy Outlook 2020 reference case. It finds that:
1) Natural gas and renewables increase as a share of electricity generation due to lower gas prices and declining costs of solar and wind capacity.
2) Electricity demand grows slowly at around 1% per year through 2050 due to economic growth offset by efficiency gains.
3) Natural gas combined cycle and solar PV are increasingly competitive technologies for new power plants based on their declining costs relative to revenues.
The document is a quarterly market handbook published by CEEW Centre For Energy Finance that aims to help investors, executives and policymakers with evidence-based decision making regarding India's energy transition. It provides data and analysis on key topics such as generation capacity and energy mix, renewable energy auction trends, payment issues faced by distribution companies, power market reforms, and developments in electric vehicles and energy storage. The summary highlights recent trends seen in the first quarter of 2021, including a slowdown in overall electricity generation due to COVID-19 but an impressive amount of new solar capacity sanctioned, an increase in renewable energy's share of total generation, and declining costs from renewable energy auctions.
Sustainable Infrastructure Assistance Program (46380-023)
TA 9511–INO: Indonesia Energy Sector Assessment and Priorities 2020–2024
Energy Policy Feedback (Power)
Focus Group Discussion
Jakarta, 18 October 2019
The document discusses energy distribution in Pakistan. It notes that Pakistan has increased its installed generation capacity from 23,000 MW in 2014 to 33,744 MW by 2019. Electricity distribution is handled by 11 distribution companies, while several organizations regulate and develop the energy sector. However, the distribution system faces many problems, including high losses, lack of investment, and a large supply-demand gap. Renewable resources like hydropower, solar, wind, and biomass show potential but remain underutilized compared to fossil fuels currently.
This document summarizes China's Renewable Energy Outlook 2019 report which models China's power sector transformation consistent with limiting global warming to below 2°C. The key findings are:
- By 2050, renewable energy will supply 90% of China's power generation led by over 2600 GW of wind and 2800 GW of solar installed capacity. Electricity demand will double through electrification and efficiency gains.
- To achieve this, China must rapidly increase wind and solar installations to over 500 GW between 2020-2025 while phasing out coal capacity. Flexibility measures like markets and storage are also needed to integrate high shares of variable renewables.
- This Below 2°C scenario results in deep decar
The document is the 2022-23 annual market handbook published by CEEW Centre for Energy Finance. It aims to help investors, executives and policymakers make evidence-based decisions on India's energy transition by analyzing key trends, presenting data on relevant indicators, and providing a short-term market outlook. The handbook covers topics like generation capacity and energy mix, renewable energy auctions, discom payables, power market reforms, and trends in electric vehicles and energy storage. It finds that renewable energy capacity addition dominated in FY23, with the share of RE and hydro in total capacity exceeding 40%. Auctioned renewable energy capacity in FY23 was 9.91 GW.
- Nepal has significant potential for hydropower generation from its major river systems such as Koshi, Gandaki, and Karnali, which could generate over 42 GW. However, current electricity generation is only around 4,476 GWh annually.
- The government has set targets to increase installed capacity to 3 GW in 3 years, 5 GW in 5 years, and 15 GW in 10 years. It also aims to increase per capita electricity consumption and access to electricity nationwide.
- Key policies support private investment in hydropower through BOT models and provide facilities such as water and land rights, tax incentives, and risk-sharing arrangements. Several public and private hydropower projects of varying sizes offer investment opportunities.
Vietnam has established long-term energy and climate goals to promote clean energy investments, including targets for renewable energy to reach 7% of total generation by 2020 and 10% by 2030. The country has also mapped its renewable energy resources such as solar, wind, biomass and small hydro potential. Vietnam's electricity market is governed by the Electricity Law and regulated by the Electricity Regulatory Authority, though the regulator lacks full independence. Key energy efficiency policies and regulations have been put in place to meet economy-wide targets, including the Energy Efficiency Law and minimum performance standards for designated energy-intensive industries.
The document is a market handbook published by CEEW Centre for Energy Finance that aims to help investors, executives and policymakers with evidence-based decision making regarding India's energy transition. It provides data and analysis on key trends in generation capacity, renewable energy auctions, discom payables, power markets, and other topics. Some highlights include that renewable energy capacity additions have slowed but 12 GW of new solar capacity was sanctioned in Q1 2021, renewable energy now accounts for 11.8% of electricity generation, and the lowest ever solar tariff of 2.36 INR/kWh was discovered in a recent SECI auction.
Vibrant Gujarat Summit Profile for Energy Spectrum SectorVibrant Gujarat
• Policies at the central government and state government level are the main growth drivers of solar energy sector
• Regulations like Renewable Purchase Obligations (RPOs) inclusion with favourable policies play a major role in growth of the solar sector
• Gujarat was the first state to release the solar policy in year 2009. In 2010 MNRE launched the Jawaharlal Nehru National solar Mission (JNNSM) with the objective to add 20 GW of solar power projects by the year. State wise split of solar power projects (MW) JNNSM Capacity addition target 2022.
The document summarizes the renewable energy industry in India, with a focus on wind and solar energy. It provides an overview of India's position as a global renewable energy leader, particularly in wind and solar. It also outlines the key government policies supporting renewable energy development in India, including targets to achieve 175GW of renewable capacity by 2022. Challenges facing the industry are discussed as well as recent steps taken by the government to further promote renewable energy growth.
Doubling global progress on energy efficiency, IEA.pdfOECD Environment
Third OECD-DOE Workshop: Unlocking finance and investment in offshore wind power and energy efficiency in public buildings in the Philippines, 6-7 March 2024, Makati, Philippines
There are two viable options of transition to the resource-efficient model:
Option 1 – phased: increase in extraction of energy resources by 1% before 2020, and by 2% after 2020, while reducing energy intensity down to 40% by 2030.
Option 2 – fast-track: growth in extraction of energy resources by 1-2% until 2020 and by 2-3% after 2020, combined with reduction of energy intensity by 2.3-fold until 2030.
The document is a quarterly market handbook published by CEEW Centre for Energy Finance that provides data and analysis on key trends in India's energy transition. Some of the key highlights from Q3 2022-23 include:
- Renewable energy dominated net capacity addition which was 2.5 GW, with solar and wind making up most additions.
- Total installed renewable capacity reached 120.9 GW, with solar and wind being the largest components.
- Average daily renewable energy generation share increased to 10.4% of total generation.
- No new coal capacity was added for the third consecutive quarter.
The document summarizes key highlights from the 2022 Statistical Review of World Energy. It notes that primary energy use increased 1% in 2022 to reach 2.8% above 2019 levels, driven mostly by non-OECD countries. Carbon emissions reached a new record high in 2022 of 39.3 billion tonnes, with energy-related emissions increasing 0.9%. Global prices of oil, natural gas, coal, and key minerals like lithium and cobalt increased sharply in 2022.
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1) India has seen significant growth in renewable energy, especially solar and wind, over the last decade and has set a target of installing 500GW of renewable capacity by 2030.
2) Integrating such large amounts of renewable energy will be challenging due to the variable and intermittent nature of solar and wind sources.
3) The document discusses India's progress in renewable energy development and generation as well as the opportunities and challenges of integrating renewable energy into the country's power grid at large scale.
India is the third largest producer and consumer of electricity globally with an installed power capacity of 408.71 GW as of October 2022. Renewables have grown robustly in India, with installed renewable energy capacity at 165.94 GW as of October 2022, representing 40.6% of total capacity. The Indian power sector is supported by a favorable policy environment including 100% FDI allowed and various government schemes. Growth is expected to continue driven by increasing electrification, economic growth, and investment in renewable energy such as solar.
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- The document discusses the need to revise renewable energy (NCRE) tariffs in Sri Lanka to reflect current economic conditions. The prevailing 2012 tariffs are no longer sufficient given rising costs.
- A committee proposed new 2021 tariffs but they are even lower than the 2012 rates. The author calculates required 2022 tariffs that account for factors like currency depreciation, higher fuel and financing costs, and lower capacity factors.
- At appropriate 2022 tariffs, NCRE electricity would be financially competitive against oil and coal-fired power. Revising tariffs could unlock over 4,000 MW of blocked NCRE projects, saving on fuel imports and benefiting the national electricity system.
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1) Global energy investment of $2.7 trillion per year is needed through 2040 to meet energy demand growth while transitioning to a lower-carbon future. Investment choices in the energy sector have long-term implications due to large infrastructure with long lifespans.
2) Oil markets are gradually returning to balance as low prices reduce non-OPEC supply, helping push the market towards balance. However, world upstream oil and gas investment continues to fall, raising concerns about reliance on the Middle East.
3) Achieving a 2-degree Celsius pathway will require massive additional investments in efficiency, renewables, nuclear, and other low-carbon technologies compared to current trends. G7 countries must take a
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-Current competitive landscape in solar power generation in India
-Typical timeline / milestones for ground-mounted solar project implementation (incl. activity-wise phasing)
-Usual EPC supply chain for ground-mounted solar project
-Key EPC / implementation risks and other key challenges faced by solar developers in India
-Typical risk mitigation measures and key success factors
CCXG R R Rashmi reflection on COP 24 outcomes and upcoming work mitigationOECD Environment
The document discusses trends related to countries' NDCs and the Paris Agreement goals. It notes that G20 countries' projected emissions need to fall by half to meet 1.5 degree goals, but current NDCs will only reduce emissions by 2-3 Gt by 2030. India's energy intensity and power sector decarbonization compare well internationally due to high energy efficiency and progress in renewable energy. However, India's industry and transport sectors are increasing CO2 intensity as the country develops. Unlocking mitigation options in these sectors will be important as power decarbonizes and they grow substantially.
1) The document discusses the evolution of India's power sector from nationalization in 1956 to the current growth era since 2003 with private sector participation.
2) Key sources of power in India are thermal (68%), hydro (18%), and renewable (12%) such as wind and solar.
3) Power generation and installed capacity in India have grown significantly in recent years and further increases are expected to meet rising demand from economic and population growth.
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Bangladesh has faced a severe power crisis due to shortages in natural gas and increases in oil prices. The document outlines steps taken by the Bangladesh government from 2009-2013 to address this crisis and plans to meet energy demands through 2030. Key steps included increasing power production through new plants, improving distribution networks, reducing system losses, and developing renewable sources like solar and wind. Future plans include producing more power from renewable sources and nuclear plants, as well as regional cooperation, with a goal of generating 39,000 MW by 2030. Proper implementation of these proposals could effectively solve Bangladesh's power issues.
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- Nepal has significant potential for hydropower generation from its major river systems such as Koshi, Gandaki, and Karnali, which could generate over 42 GW. However, current electricity generation is only around 4,476 GWh annually.
- The government has set targets to increase installed capacity to 3 GW in 3 years, 5 GW in 5 years, and 15 GW in 10 years. It also aims to increase per capita electricity consumption and access to electricity nationwide.
- Key policies support private investment in hydropower through BOT models and provide facilities such as water and land rights, tax incentives, and risk-sharing arrangements. Several public and private hydropower projects of varying sizes offer investment opportunities.
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The document is a market handbook published by CEEW Centre for Energy Finance that aims to help investors, executives and policymakers with evidence-based decision making regarding India's energy transition. It provides data and analysis on key trends in generation capacity, renewable energy auctions, discom payables, power markets, and other topics. Some highlights include that renewable energy capacity additions have slowed but 12 GW of new solar capacity was sanctioned in Q1 2021, renewable energy now accounts for 11.8% of electricity generation, and the lowest ever solar tariff of 2.36 INR/kWh was discovered in a recent SECI auction.
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The document summarizes the renewable energy industry in India, with a focus on wind and solar energy. It provides an overview of India's position as a global renewable energy leader, particularly in wind and solar. It also outlines the key government policies supporting renewable energy development in India, including targets to achieve 175GW of renewable capacity by 2022. Challenges facing the industry are discussed as well as recent steps taken by the government to further promote renewable energy growth.
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There are two viable options of transition to the resource-efficient model:
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Option 2 – fast-track: growth in extraction of energy resources by 1-2% until 2020 and by 2-3% after 2020, combined with reduction of energy intensity by 2.3-fold until 2030.
The document is a quarterly market handbook published by CEEW Centre for Energy Finance that provides data and analysis on key trends in India's energy transition. Some of the key highlights from Q3 2022-23 include:
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2) Oil markets are gradually returning to balance as low prices reduce non-OPEC supply, helping push the market towards balance. However, world upstream oil and gas investment continues to fall, raising concerns about reliance on the Middle East.
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1. Presentation by
Dr Khondaker Golam Moazzem
Centre for Policy Dialogue (CPD)
26 June, 2022
CPD Power and Energy Study on
Energy and Power Sector in the National Budget for FY2022-23
2. Study Team
Dr Khondaker Golam Moazzem
Research Director
Centre for Policy Dialogue (CPD)
Ms Helen Mashiyat Preoty
Research Associate
Centre for Policy Dialogue (CPD)
Ms Chowdhury Fariha
Research Intern
Centre for Policy Dialogue (CPD)
2
3. Discussion Points
1. Introduction
2. Context of the National Budget FY2023: Power and Energy Sector
3. Power and Energy Sector in the National Budget for FY2023
4. Major Development Projects for FY2023
5. Development of Renewable Energy based Power Sector
6. Conclusion
5. • CPD has been organizing national dialogues on the issue of power and energy sector in the national budget
for over the last several years
• Given the critical importance of power and energy sector, this event has been organising with specific
focus and target
• This is part of CPD’s series of events on the National Budget for FY2022-23 concerning different macro
and sectoral issues
• The ongoing year (FY2022) is an eventful year for the power and energy sector
• Bangladesh has achieved the milestone of 100% electrification
• Prime Minister has announced the target to achieve 40% of renewable energy by 2040 as part of
shifting from fossil fuel towards clean energy
• Ukraine war has posed major challenge for global energy market and has created high uncertainty and
risks in energy supply, energy price, energy sustainability and future clean energy targets
• The government has passed the first two years of the 8th Five Year Plan (FY2021-25)
• FY2023 will be the third year for the implementation of the 8th FYP
• It is important to review how the power and energy sector has been progressing in the first two years of
the plan period
• Also, important to review how the national budget for FY2023 has been addressing the concerns of the
power and energy sector
• Recovery from the covid pandemic has multiple implications for the power and energy sector
1. Introduction
5
6. 2. Context of the National Budget FY2023:
Power and Energy Sector
6
7. 2.1 Power Generation during 2017-2022
2. Context of the National Budget FY2023: Power and Energy Sector
• The power sector has a generation capacity of 25,556 MW of which 22,348 MW is on-grid and 3,208 MW is
off-grid (as of 20 June, 2022)
• A total of 152 power plants are in operation of which 66 plants are gas based, 64 are HFO based and 10
are HSD based.
• Per capita generation capacity in FY2022 is 560 kwh while per capita consumption is 422 kwh (in
FY2021).
• A significant rise in power generation capacity and power consumption is observed during FY2017-22
• Between FY2017-22, generation capacity has increased by 88.5% while per capita consumption has
increased by 37%
• During FY2022 generation capacity has significantly increased - by 16% though electricity demand has
increased only by 2%. This has caused further rise in idle generation capacity
• Per capita generation capacity has increased by 17.9% in FY2022
• In terms of energy mix, major rise in power generation capacity has occurred due to rise in fossil fuel based
power plants particularly based on HFO and HDO
• Coal based power generation has been at the same level as the previous year
• Gas-based generation capacity has reduced marginally
• RE based power generation has marginally increased
7
8. 2.1 Power Generation during 2017-2022
2. Context of the National Budget FY2023: Power and Energy Sector
Fuel
2020 2021 2022
No of
plants
MW
generated
No of
plants
MW
generated
No of
plants
MW
generated
Coal 4 1,146 3 1768 3 1768
Gas 71 10,979 67 11402 66 11342
HFO 56 5,540 61 6044 64 6278
HSD 10 1,290 10 1290 10 1341
Hydro 1 230 1 230 1 230
Solar 4 38 7 129 8 229
Power
Import 0 1,160 0 1160 0 1160
Total 146 20383 149 22023 152 22348
351
382
426.05 426.23
475
560
308
336
375 378
422
0
100
200
300
400
500
600
0
5000
10000
15000
20000
25000
30000
2017 2018 2019 2020 2021 2022
Actual (MW)
Generation Capacity Maximum Demand
Maximum Generation Per capita generation (kWh) (grid)
Per capita Consumption (kWh) (grid)
Power Generation by Energy-mix
8
Power Generation during FY2017-22
9. 2.2 Import of Energy: 2017-2021
2. Context of the National Budget FY2023: Power and Energy Sector
Year Energy Import
Cost of Energy
Import (Crore Tk)
% Change of cost
with respect to
previous year
2017 11024 MkWh 5896.02
2018 10537 MkWh 5724.4 -2.91
2019 11400 MkWh 6413.3 12.03
2020 11120 MkWh 6317.39 -1.50
2021 12309 MkWh 7603.4 20.36
5896 5724
6413 6317
7603
0
1000
2000
3000
4000
5000
6000
7000
8000
2017 2018 2019 2020 2021
BPDB's Cost of energy import over the yeras
• Energy import by BPDB has been increasing over
the last five years
• In FY20 it was declined marginally and
sharply increased in the FY21
• The cost of energy import also portrays the same
pattern
• The cost of energy import in FY21 has
increased substantially by 20.4%
• The cost of energy import is likely to rise further
in FY22 and will be even higher in upcoming FY23
Summary of Energy Import during 2017-21
9
10. Year Total
installed
capacity
(MW)
Over capacity
(as per max.
generation)
(MW)
% of share of
over capacity
of installed
capacity
2017-18 15,953 4,995 31.31%
2018-19 18610 6068 32.60%
2019-20 20383 7645 37.51%
2020-21 22023 8231 37.37%
2021-22 25556 10764 42.12%
Overgeneration Capacity of Electricity
• Because of further addition of capacity in FY2022,
overgeneration capacity of electricity has increased to
10,764MW from 8,231MW
• A rise of over capacity by 30.8% during FY2022
• Share of over generation capacity in terms of total capacity
has increased to 42.1% in FY 2022 (from 37.4% in FY2021)
• Overgeneration capacity has further increased the pressure
of capacity payment
• Capacity payment has further increased due to two
consecutive effects – ‘volume effect’ and ‘price effect’
• Volume effect is occurred due to rise in excess capacity
• Price effect is occurred due to rise in price of energy
• Government faced the fiscal pressure in FY2022 due to the
rise in capacity payment as well as rise in petroleum prices
• This will further increase in FY2023
• A major policy shift is required in three accounts
• Reducing overgeneration capacity
• Shifting from fossil-fuel based energy
• Rising use of renewable energy
2.3 Over generation capacity during 2018-2022
2. Context of the National Budget FY2023: Power and Energy Sector
10
11. 2.4 Total capacity payment: 2017-2022
2. Context for the National Budget FY2023: Power and Energy Sector
5600
6241
8929
13200
26533
0
5000
10000
15000
20000
25000
30000
2017-18 2018-19 2019-20 2020-21 Estimated 2021-22
Capacity Payment( in crore taka)
Year
Capacity
Payment(Crore taka)
% Change in capacity
payment from
previous year
2017-18 5600
2018-19 6241 11.45
2019-20 8929 43.07
2020-21 13200 47.83
Estimated 2021-22 26533 101.01
• The amount of capacity payment to the IPPs,
rental and quick rental power plants has
significantly increased
• From Tk.5,600 crore in FY2018 to as high
as Tk.26,505 crore (estimated) in FY2022
• The payment could reach Tk.31,600 crore in
FY2023.
Capacity Payment for Power Plants
Source: IEEFA (2021), CPD (2021) and NewAge (2022)
Source: IEEFA (2021), CPD (2021) and NewAge (2022) 11
12. 2.5 Progress of Transmission and Distribution: 2017-2022
2. Context for the National Budget FY2023: Power and Energy Sector
• Length of transmission and distribution lines have increased during FY2022
• Transmission lines have increased at 5.5% in FY2022 maintained a change in 4-6% level over the years
• Distribution lines have increased by merely 2.5% - a gradual deceleration over the years (from 16% in
FY18 to 2.5% in FY22)
• Slow progress in transmission and distribution lines is a major reasons behind poor load management
• This is happened at a time when a huge excess capacity remains- a paradoxical situation
0
2000
4000
6000
8000
10000
12000
14000
16000
0
100000
200000
300000
400000
500000
600000
700000
2017 2018 2019 2020 2021 2022
Transmission and Distribution Lines: FY2017-22
Distribution line Transmission line
6.57%
16%
4.75%
12.50%
5.43%
10.20%
4.50%
6%
5.52%
2.50%
0.00%
2.00%
4.00%
6.00%
8.00%
10.00%
12.00%
14.00%
16.00%
18.00%
Transmission line Distribution line
Changes in Lines of Transmission and Distribution
Progress in 2018 Progress in 2019 Progress in 2020 Progress in 2021 Progress in 2022
12
13. 2.6 Generation Cost of Electricity during 2017-2022
2. Context for the National Budget FY2023: Power and Energy Sector
• Per unit cost has been increasing over the years
(FY2017-2022)
• It has increased by 11.8% in FY2022 (from
Tk.5.91/kwh to Tk.6.61/kwh)
• Rise of generation cost in IPP plants (14.6%) and in
public plants (11.1%) is one of the main reasons for
rise in average generation cost
• BPDB’s per unit cost of electricity remains almost at the
same level from FY19 to FY21
• Inability to reduce generation costs despite having excess
capacity is a major weakness in generation related policy
of the BPDB
• Capacity payment, use of expensive fuel based
plants, quick rental power plants, poor efficiency,
outdated plants etc. are some of the reasons behind
high unit cost
• Rise in imported energy is another reason behind it
• Failure to develop alternate energy mix including
that of renewable energy is another weakness
6.33 6.01 5.91
6.61
0
2
4
6
8
10
FY 2017-18 FY 2018-19 FY 2019-20 FY 2020-21
Power Generation Cost (Different Sources): FY2018-
2021
BPDB's Generation Purchase from IPP
Purchase from Rental Purchase from Public Plant
Purchase from India Total
-0.9
14.6
-10.4
11.1
-3.5
11.8
-40.0
-30.0
-20.0
-10.0
0.0
10.0
20.0
30.0
40.0
BPDB's
Generation
Purchase from
IPP
Purchase from
Rental
Purchase from
Public Plant
Purchase from
India
Total
Changes in Generation Costs (Different Sources)
Increase or decrease in FY 2019 (%) Increase or decrease in FY 2020 (%)
Increase or decrease in FY 2021 (%)
13
14. 2.7 Financial State of the BPDB: 2017-2022 Head of Accounts
Operating incomes/expenses Change % per year
2018 2019 2020 2021 Between 2018
and 2019
Between
2019 and
2020
Between
2020 and
2021
Operating
Revenue (1)
30604 34507 35535 41,770 12.8 2.9 17.55
Sale of electricity 29741 33064 34012 40,141 11.2 2.9 18.02
Other operating
revenues
863 1443 1524 1629 67.1 5.6 6.89
Operating
Expenses (2)
36812 39553 39887 50,434 7.5 0.8 26.44
Fuel Cost 6122 4249 3415 2,994 -30.6 -19.6 -12.33
Generation
Expenses (Ex. Fuel
cost)
2406 2442 3008 2,860 1.5 23.2 -4.92
Electricity
purchase from IPPs
10411 15749 17519 27,737 51.3 11.2 58.33
Electricity
purchase from
RENTAL
6282 5014 3216 3,328 -20.2 -35.9 3.48
Electricity
purchase from
Public Plants
7290 6839 6672 6,917 -6.2 -2.5 3.67
Electricity
purchase from
India
2813 3703 4017 4,713 31.7 8.5 17.33
Wheeling charge to
PGCB
183 215 232 244 17.6 7.9 5.17
Distribution
Expenses
924 948 1354 1,182 2.6 42.9 -12.70
General and
Administrative
expenses
383 395 453 459 3.2 14.8 1.32
Operating
Profit/Loss= (1-2)
-6207 -5046 -4352 -8664 -18.7 -13.8 99.08
BPDB’s operating income and expenses during FY2021
2. Context for the National Budget FY2023: Power and Energy Sector
• BPDB’s financial position is still in red as
operating loss for FY2020 has doubled in FY2021
• BPDB’s operating loss is about Tk.4350 crore
in FY2020 which increased and became Tk.
8664 crore in FY2021
• The loss would further increase in FY2022
• Higher rise of operating expenses in FY2021
(26.2%) compared to that of higher operating
revenue (17.6%) reflects the situation
• In case of operating revenue, major rise observed
in sale of electricity (18.02%) in FY2021
• In case of operating expenses, major rise
observed in case of purchasing electricity
from IPP (58.33%) and importing from India
(17.3%)
• There is marginal rise in cost in case of purchasing
electricity from public plants
• Despite the low cost why did less electricity
purchase from the public plants
Source: BPDB Annual Report 2021
14
15. 2.8 Subsidy for the Power Sector 2017-2022
• To meet the expenses, the power and energy sector largely depends on government
subsidy
• Power and energy sector is the main beneficiary of government subsidy - over the
years, their share in total subsidy has substantially increased (from 52.9% in FY17
to 79.8% in FY22)
• Out of Tk.34,200 crore subsidy, the power and energy sector used Tk.27,300
crore in FY2022
• The subsidy for the power sector in FY22 (Tk.12000 crore) could meet only 45% of
the required capacity payment
• The capacity payment has reached at a unbearable level
• Revised allocation for the BPDB (Tk 12,000 crore from Tk.9,000 crore) could
not reduce its financial state in red
Year
% of PDB's
subsidy of
total subsidy
% of Gas &
others
subsidy of
total subsidy
Subsidy for
power and
energy as %
of total
energy
FY17 49.16 3.70 52.86
FY18 40.84 42.06 82.9
FY19 38.89 12.27 51.16
FY20 36.16 17.09 53.25
FY21 45.00 26.49 71.49
FY22 35.12 44.77 79.89
40 35
80 74 90
120
170
3
36 25 35 53
153
81 86
205 206 200
342
571
0
100
200
300
400
500
600
FY17 FY18 FY19 FY20 FY21 F22 FY23
Subsidy and Cash Incentives (Billion Tk)
PDB Gas & Others Total cash loans and subsidy
2. Context for the National Budget FY2023: Power and Energy Sector
Subsidy for Power and Energy Sector
15
16. 2.9 Electricity Tariff
2. Context for the National Budget FY2023: Power and Energy Sector
0
2
4
6
8
10
12
14
Tariff in Residential
2017 2020
8.2
7.38
9.84
8.53
7.68
10.24
F LA T DURING OF F P E A K DURING P E A K
Tariff for Small Enterprises
2017 2020
0 2 4 6 8 10 12 14
LT-B: Pump used in
Irrigation/agriculture
LT-C: Construction
LT-D:Educaion, Religious and
Charitable institution and Hospital
LT-D: Road light, Water pump and
Battery charging station
Change in Tariff in Other Sectors
2020 2017
Source: Bangladesh Energy Regulatory Commission (BERC)
• Adjustment of electricity tariff is supposed to be carried out considering different costs
• BERC has revised the power tariff in 2020 after a break of three years (2017)
• BERC has carried out this through a consultative process
• Justification for revision of tariff is not fully transparent
• Given high fiscal pressure and growing demand for subsidy, further revision of tariff is being under
consideration of the government
16
17. Domestic Production, Demand for Gas and Imported LNG
Source: Petrobangla
2.10 Gas Use: FY2017-2021
2. Context for the National Budget FY2023: Power and Energy Sector
FY
Domestic
Production
(TCF)
Total
Consumption
(TCF)
% of Demand
unmet with
only natural
gas reserve
R-LNG Supply
(TCF)
2017-18 0.97 0.98 -1.35
2018-19 0.96 1.04 -7.69 0.12
2019-20 0.89 0.99 -10.60 0.20
2020-21 0.88 1.02 -13.26 0.22
• With depleting domestic reserve of natural gas, there is a
considerable rise of unmet demand for natural gas
• Over the years the unmet demand has been increasing
– 1.35% in FY2018 to as high as 13.3% in FY2021
• This unmet demand has been met by increasing import of
LNG
• Its import has been increasing – from 0.12tcf in
FY2019 to 0.22tcf in FY2022
• Import from spot market at high cost has been
introduced in FY21 which continued in FY22
• Given the fiscal pressure, government needs to explore
alternate sources of energy
• Exploring domestic gas could be a good option – In
May 2022, a new gas field has been explored with a
capacity to produce 20 million cubic feet of gas per
day (MMCFD) at the Koilastila Gas field
• It is the 28th gas field in Zakiganj of Sylhet
• Fiscal burden for imported LNG has been increasing
• Both through import under long term contract and
spot market contract
Long-term Contract Spot Market Both Type Ratio
(long-
term:
Spot
Market)
Fiscal
Year
Volume
(CM)
Grow
th
Rate
Volume (CM) Grow
th
Rate
Volume
(CM)
Growth
Rate
2018-19
5,727,618
- - - 5,727,618 - -
2019-20
9,456,779
65% - - 9,456,779 65% -
2020-21
8,564,692
-09% 1,585,934 - 10,150,626 7% 84:16
Total
23,749,089
1,585,934 25,335,023 94:06
LNG Import
Source: Rupantarita Prakritik Gas Company Limited
17
18. -3.37
77.47
1.45
11.44
94.23 94.83
-20.00
0.00
20.00
40.00
60.00
80.00
100.00
Employees
Expenses
Administrative
Expenses
Selling and
Distribution
Expenses
Total operating
expenditure
Gross profit Total Operating
Profit
BPC's Change of income and expectidutre from FY20 to
FY21
2.11 Financial State of BPC: 2019-2021
Source: Authors’ Illustration from BPC audit reports
2. Context for the National Budget FY2023: Power and Energy Sector
• BPC made significant operating profit in FY2021
(94.8%)
• Although its expenditure has increased by
11.4% during the same
• Increase in expenses is mainly attributed with
significant rise in administrative expenses
(77.5%)
• BPC’s profit is mainly generated due to windfall
gain through low petroleum price in the world
market (US$73.3 per barrel in June, 2021)
• The price has significantly increased in
FY22(US$125.2 per barrel on 22 June, 2022)
which caused deceleration of profit margin of
BPC
18
19. 2.12 Transfer of Extra Fund to Government (Petrobangla, BPDB and BPC)
2. Context for the National Budget FY2023: Power and Energy Sector
• As per law on transferring fund from SOEs, power and energy sector related agencies have already
transferred a significant amount of resources to the public exchequer.
• Transfer of fund in 2022: BPDB:Tk.1,915 crore; BPC:Tk.8,384 crore and Petrobangla: Tk.750 crore
• Given the fiscal pressure, these agencies could accommodate their additional expenditure by using the
transferrable funds forwarded to the national exchequer
• There would not be any reason for adjusting the tariff for accommodating higher expenditure
• On the other hand, huge amount of losses incurred by these agencies could be managed through using the
transferred fund if those are in hand to the agencies
• As of 8 June 2022, BPC incurs a loss around Tk 895 million on diesel trade and Tk 39 million on octane
as per international oil price as on June 3, 2022.
• The officials are afraid that it will go bankrupted if it keeps suffering from losses
• To cope with the uptrend in oil market, the BPC increased prices of selected fuels on March 25, 2022
• Among them, furnace-oil price was raised by 19.35 per cent to Tk 74 per liter
19
Total cash transfer to government (in Crore Tk.)
2019-20 2020-21 2021-22
BPDB 3861 1439 1915
Petro Bangla 854.86 700 750
BPC 14123 7265 8384
20. 2. Context for the National Budget FY2023: Power and Energy Sector
20
• Overall the power and energy sector is in fiscal pressure at the end of FY2022 despite having a number of
major achievements
• It is expected that the national budget for FY2023 will take into cognizance of the following issues
• Adjustment of the capacity payment
• Necessary fiscal allocation to accommodate required subsidy
• Continuation of tariff at consumers’ end given the inflationary pressure
• Higher allocation for quick implementation of transmission and distribution related projects
• Reduce excess capacity by less allocation for generation related projects particularly those related with
fossil-fuel based generation projects (LNG and petroleum and dual-fuel based projects)
• Putting emphasis on projects related to energy-efficient technologies
21. 3. Power and Energy Sector in the National
Budget for FY2023
21
22. 3. Power and Energy Sector in the National Budget for FY2023
22
3.1 National Budget for the Power and Energy Sector
• In the FY 2023 Budget, Energy and Power has an allocation of
Tk. 26,066 crore (increased by 6%)
• This accounts for 3.9% of total FY23 budget, lower than
that of revised FY22 budget (4.13%)
• Power Division allocation has increased by 5.78%
• A rise (21.28%) is observed in operating budget whereas
the growth in development budget is as same as the total
growth (5.78%)
• The increased subsidy is likely to the rise operating budget
• Allocation for Energy and Mineral Resources has increased
by 13.68%
• Operating budget increased by 9.09% and development
budget increased by 13.87%
• Allocation for Energy and Mineral Resources needs to be
increased for exploration of domestic natural gases
0
5000
10000
15000
20000
25000
30000
RFY 2021 BFY 2022 RFY 2022 BFY 2023
93 117 113 129
23,684
27,367
24,406
25,937
23,777
27,484
24,519
26,066
Allocation for Power and Energy
Operating Development Total
Source: Budget in Brief, MoF
16
36
16 15.38
19.30
15.50
5.75
21.28
5.78
13.870
9.09
13.68
0
5
10
15
20
25
30
35
40
Development Operating Total Development Operating Total
Power Division Energy and Mineral Resources Division
Change in Allocation
Change (%) in FY 22 Change (%) in FY 23
23. 3. Power and Energy Sector in the National Budget for FY2023
23
-
5,000
10,000
15,000
20,000
25,000
30,000
35,000
40,000
Power Division Energy and Mineral
Resources Division
8th FYP vs Budget FY23 in Crore Tk.
ADP Allocation in 8th FYP for FY23
Development Budget for FY23
3.1 National Budget for Power and Energy Sector
• The ADP allocation in budget FY23 has been reduced
than it was estimated in 8th FYP (FY23 Budget: Tk.
25,937 crore, 8th FYP: Tk. 39,080 crore)
• However, this reduction in ADP allocation is
desirable amid the prevailing fiscal situation
• Transmission and distribution is still getting less
priority in the Power Sector
• 58% ADP allocation for generation, while only 21%
allocation for transmission and distribution each
• We have overcapacity in power sector (according to
BPDB report, 34.69% of generation capacity
remained unutilized on 07 June 2022)
• Power sector disparity continues – generation still
being prioritised even though we have overcapacity
Sub-sector Power Sector
Generation 57.90%
Transmission 21.05%
Distribution 21.05%
Total 100%
Share of ADP Allocation in FY23 Budget
24. 24
3.1 National Budget for Power and Energy Sector
• In the FY23 the allocated subsidy has further increased (Tk 17,0000 crore)
• In the revised FY22 the subsidy has been raised to Tk 12,000 crore from Tk. 9,000 crore for power sector
• This is because of higher expenditure for imported fuels and capacity payments for rental power plants
in Bangladesh
• Government probably accommodate these expenditures through a rise in electricity tariff
• Tariff rationalization should be delayed
• Such high fiscal pressure may continue unless we move away from expensive oil and LNG-based power
plants
• Proposed FY 23 budget has not given due importance towards renewable energy
• 8th FYP set a target of achieving 10% renewable share by 2025 where the current renewable share is
only 3%
• Among 20 projects in ADP, only 4 are renewable energy projects
• 1% import duty has been imposed on Solar Panel & Module that might raise the cost of solar plants
3. Power and Energy Sector in the National Budget for FY2023
25. 3.2 Total budget and share for power sector in 2017-2023
• Total budget for the power sector in national budget is showing a fluctuating trend over the years
• In FY22, revised budget for power sector was Tk 24,196 crore and in FY23 it was Tk 22,874 crore taka
• The budget is Tk 1,322 crore more in FY23
• The overall budget in the power sector has been decreasing
• Share of power sector as percent of total budget has been fluctuating- from FY18 to FY23
• The allocation for power sector as a percentage of national budget in FY22 is 3.85% and in FY23, it is
3.57%
8.56
8.28
7.01
4.65
3.85
3.57
0
1
2
3
4
5
6
7
8
9
Budget 2017-18 Budget 2018-19 Budget 2019-20 Budget 2020-21 Revised Budget
2021-22
Proposed Budget
2022-23
Power Sector as a % of Total Budget
3. Power and Energy Sector in the National Budget for FY2023
Source: Budget in Brief, Ministry of Finance
27549
32450
29460
21383
22874
24196
28562
37188
33132
22840
24519 26066
0
5000
10000
15000
20000
25000
30000
35000
40000
Budget 2017-18Budget 2018-19Budget 2019-20Budget 2020-21 Revised Budget
2021-22
Proposed
Budget 2022-23
Total Budget for Power Sector and Power and Energy Sector
Total ( Power Sector) Total( Power and Energy Sector)
25
26. 3.3 Revenue and Development Budget: FY2017-2023
• There is a substantial reduction of revenue budget for the power
division over the years
• In FY22 the revenue budget in power sector was Tk 57crore
and in FY23, it was Tk.10 crore less (Tk 47 crore)
• Development budget for the power division has increased in FY23
(Tk 24196 crore) compared to the previous year (Tk 22827 crore).
3. Power and Energy Sector in the National Budget for FY2023
997
8096 6313
33 57 47
26552 24354 23147 21350 22827 24196
0
10000
20000
30000
Budget
2017-18
Budget
2018-19
Budget
2019-20
Budget
2020-21
R Budget
2021-22
P Budget
2022-23
Revenue and Development Budget in the Power
Sector
Revenue Budget in Power Sector
Development Budget in Power Sector
Source: Budget in Brief, Ministry of Finance
26
27. 3. Power and Energy Sector in the National Budget for FY2023
3.54
12.74
11.08
6.38 6.71 7.17
0
2
4
6
8
10
12
14
Budget 2017-
18
Budget 2018-
19
Budget 2019-
20
Budget 2020-
21
Revised
Budget 2021-
22
Proposed
Budget 2022-
23
Share of energy sector as a %
of energy and power sector
power and
1013
4738 3672
1457 1645 1870
28562
37188
33132
22840 24519 26066
0
5000
10000
15000
20000
25000
30000
35000
40000
Budget 2017-
18
Budget 2018-
19
Budget 2019-
20
Budget 2020-
21
Revised
Budget 2021-
22
Proposed
Budget 2022-
23
Total Expenditure for Energy Sector and
Energy and Power Sector
Total ( Energy Sector) Total( Power and Energy Sector)
2.3 Total budget and share for energy sector in 2017-2023
• Proposed budget for the energy sub-sector has increased by Tk.225 crore
• Share of energy sector has also been increased by 0.47%
• Overall share of the energy sector budget has increased mainly due to rise in operating and development
expenditure – though its share in total budget remain at the same level (0.28% of total budget)
• Given the demand for energy, higher allocation for exploration of domestic natural gas is a positive
measure
Source: Budget in Brief, Ministry of Finance
27
29. 4.1 Share of generation, transmission and distribution
Sub-sector
FY23 (in
crore tk.)
Share of
Power
Sector
Share of
Power
Division
Generation 9557.54 57.90% 36.33%
Transmission 8373.07 21.05% 31.83%
Distribution 8374.6 21.05% 31.84%
Total 26305.21 100% 100%
• The ADP allocation in budget FY23 has been reduced
than it was estimated in 8th FYP (FY23 Budget: Tk. 25,937
crore, 8th FYP: Tk. 39,080 crore)
• However, this reduction in ADP allocation is desirable
amid the prevailing fiscal situation
• Transmission and distribution is still getting less priority
in the Power Sector
• 58% ADP allocation for generation, while only 21%
allocation for transmission and distribution each
• We have overcapacity in power sector (according to
BPDB report, 34.69% of generation capacity remained
unutilized on 07 June 2022)
• Power sector disparity continues – generation still
being prioritised even though we have overcapacity
36,240
2,840
24,139
1,798
-
5,000
10,000
15,000
20,000
25,000
30,000
35,000
40,000
Power Division Energy and Mineral Resources
Division
8th FYP vs Budget FY23 in Crore Tk.
ADP Allocation in 8th FYP for FY23 Development Budget for FY23
4. Major Development Projects for FY2023
Share of ADP Allocation in FY23 Budget
29
30. • Despite being burdened with over capacity, even in this fiscal year,
power sector is continuing to give priority to generation related
projects under ADP
• In FY23, allocation towards generation has been decreased,
transmission and distribution have been increased
• In FY23, there are 22 projects under generation, 17 projects
under transmission and 22 projects under distribution
• Majority of the ADP projects are carry- over (36), followed by
continuing (21)
• No new projects has been approved in this FY 23
• FY 2023 budget didn't give due importance towards generation of
renewable energy-based power generation
• In FY 2023 it has given allocation for 7 renewable energy-
based projects
4. Major Development Projects for FY2023
4.2 Major projects in generation
Project
Carry-
over
Concluding Continuing Total
Generation 15 3 4 22
Transmission 8 1 8 17
Distribution 10 6 6 22
Fuel and
Energy
3 1 3 7
Total 36 11 21 68
Project completion status by Types of
project (in number)
30
31. 4.2 Major projects in generation
4. Major Development Projects for FY2023
Name of The Project Maximum
Completion Rate
Organisation Project Status Ministry
Ghorashal 3rd unit
repairing programme
85% BPDB Carry-over MoPEMR
Ghorashal 4th unit
repowering
programme (1st
revised)
82% BPDB Carry-over MoPEMR
Matarbari 2*600 MW
ultra super critical
coal fired power
project (1st revised)
59% CPGCB Continuing MoPEMR
Long term service
agreement for
Bheramara combined
cycle power plant
75% NWPGCL Continuing MoPEMR
Ruppur nuclear power
plant
63% Bangladesh
Nuclear Energy
Commission
Continuing MoPEMR
TA for Strengthening
and Development of
Sustainble Power
Sector in Bangladesh
16% BPC Carry-over MoPEMR
Major Projects in Generation
• In FY 23, there are a total of 22 generation
related projects
• Of these13 are ‘carry-over’, 3 are
‘concluding’ and 4 are ‘continuing’
projects
• Under MoA there are 2 generation-related
projects
• Both of them are ‘carry-over’ projects
• Majority of generation related projects are
are carry over projects
• No new generation based projects
have been approved in the upcoming
fiscal year
• Japan’s decision to withdraw its finance
from Matarbari Coal-fired power plan
project (2nd phase) is a positive
development
31
32. Name of the
Power Plant
Date of contract
signing Capacity
Probable date of
opening Rate of progress
Meghnaghat,
Narayonganj 584
MW CCPP 24-Jul-19 584 Dec-22 57%
Meghnaghat 583
MW CCPP 14-Mar-19 583 31-Mar-23 62%
Meghnaghat 718
MW CCPP 1-Sep-19 718 31-Mar-23 54%
Anwara
Chittagoan 590
MW CCPP 28-Oct-21 590 Jan-26 4%
Total 2475
Name of the Power Plant Capacity (MW)
Probable date of contract
signing
Meghnaghat 450 MW CCPP 450 Jan-26
Gojariya 660 MW CCPP 660 Jan-26
Mirshorai 660 MW CCPP 660 Jun-27
Total 1770
4. Major Development Projects for FY2023
4.2 Major projects in generation
• Three other IPPs are in pipeline for getting the approval to start construction
• The probable signing dates are mostly after 4 years
• These power plants will add further 1770 MW of power with the existing capacity
Source: BPDB’s progress report as of June 2022
32
33. 4. Major Development Projects for FY2023
Name of The Project Maximum
Completio
n Rate
Organi
sation
Project Status Ministry
Completion of feasibility
study and gas transmission
line set up for combined cycle
power plant
15% CPGCBL Concluding MoPEMR
LNG based generation Projects by the MoPEMR, FY2023
4.3 Major projects related to LNG based power and energy
• There is only one LNG based project in the ADP for FY 2022-23 under MoPEMR
• Even though this is a concluding project, the maximum completion rate by FY 2023 of this project is 15%
• Given the excess capacity in hand, these types of projects need to be abandoned.
33
34. Name of The Project Maximum
Completion
Rate
Organisation Project
Status
Ministry
Replacing old AIS Ashuganj 132KV
substation by new GIS 132KV
substation
70% PGCB Carry-over MoPEMR
Dhaka-chattogrm main power grid
strengthening programme
92% PGCB Continuing MoPEMR
Amin bazar to mawa to mongla
400KV transmission line (revised)
90% PGCB Continuing MoPEMR
Patuakhali-Payra-Gopalganj 400 KV
transmission line and Gopalganj
400KV grid sub station building
69% PGCB Carry-over MoPEMR
Development of transmission
infrastructure for generated power
evacuation of Ruppur Nuclear
Power Plant
41% PGCB Continuing MoPEMR
Expansion and strengthening of
power transmission system in
Chattogram region
11% PGCB Continuing MoPEMR
Baropukuria-Bogura-Kaliakoir
400KV line
27% PGCB Continuing MoPEMR
Technical Assistance alongside
possibility examination of
Madunaghat-Bhulta765kg
Transmision Line Project
13% BPC Carry-over MoPEMR
Geo information for Urban Planning
and Adaptation to Climate Change
32% BPC Carry-over MoPEMR
Major projects in Transmission
4. Major Development Projects for FY2023
4.3 Major projects in transmission
• There are total 17 projects under transmission
• The project number in transmission has
increased in FY23 compared to that in FY 22
(15)
• There are 8 carry-over projects, 2 concluding
projects and 8 continuing projects
• All the projects under transmission category is
under the MoPEMR
• The commitment of focusing more on T&D is not
well reflected as the number of carry over projects
are much higher than concluding projects
• No new development project in transmission
has been approved for the upcoming fiscal
year
34
35. Name of The Project Maximum
Completion
Rate
Organi
sation
Project
Status
Ministry
Power distribution system
development projects, Chattogram
zone (2nd phase)
33% BPDB Carry-over MoPEMR
100% sustainable and reliable
electrification in Hatia, Nijhum and
Kutubdia Island
98% BPDB Concluding MoPEMR
Mordenization and capacity
enhancement of distribution system
of Rural Electrification Board
33% BREB Continuing MoPEMR
Expansion and upgradation of
power distribution in the West Zone
area
75% WZPDC Concluding MoPEMR
Construction of sub-stations &
rehabilitation, establishment of
bank for power system and smart
grid under DPDC
14% DPDC Concluding MoPEMR
Rangpur power distribution lines &
construction of sub-stations &
rehabilitation
69% NESCO Carry-over MoPEMR
Constraction of Bogura-Rangpur-
Saidpur gas transmission pipeline
project
29% Petro Bangla Concluding MoPEMR
Constraction of Bakhraghat-
Meghnaghat-Haripur gas
transmission pipeline project
25% Petro Bangla Continuing MoPEMR
4. Major Development Projects for FY2023
Major projects in Distribution
4.4 Major projects on distribution
• There are total 22 projects under distribution
• These are 10 carry over projects, 6 concluding and 6
continuing projects
• Even though the number of distribution related projects
are same as the generation related project, there is no
approved projects for the next fiscal year
35
36. 4. Major Development Projects for FY2023
4.3 Major projects in Fuel & Energy
Name of The Project Maximum
Completion
Rate
Organisation Project
Status
Construction of Rangpur,
Nilphamari, Pirganj and
surrounding area's gas
distribution pipeline project
181% Petro Bangla Continuing
Wellhead compressor
establishment in the location of
Titas gas field
26% Petro Bangla Continuing
Installation of Pre-paid gas meter
for TGTDCL (BD-P78: natural
efficiency project)
12% Petro Bangla Carry-over
Installation of single point
mooring (SPM) with double
pipeline (2nd revised)
81% BPC Carry-over
Construction of Bogura-Rangpur-
Saidpur gas transmission pipeline
project
29% Petro Bangla Concluding
Construction of Bakhraghat-
Meghnaghat-Haripur gas
transmission pipeline project
25% Petro Bangla Continuing
Geo information for Urban
Planning and Adaptation to
Climate Change
32% BPC Carry-over
Source: Authors’ Calculation
4.5 Major projects on fuel and energy
• The total number of project in Fuel and energy has
decreased significantly
• In FY22 there were 27 projects, while in FY23 there
are only 7 projects
• The implementation rate of the projects under Fuel and
Energy shows mixed pattern
• 3 continuing, 3 carry-over, 1 concluding
• Government should allocate fund for exploration of gas
• Seismic survey at the offshore level
• Explore gas in old gas plants
36
38. 5.1 Total RE- based Generation
• Proposed FY 23 budget has not given due importance towards renewable energy
• 8th FYP set a target of achieving 10% renewable share by 2025 where the current renewable share is
only 3%
• In the budget speech FY 2023 it was announced that 6 coal based power plants will be renewable or gas-
based, on the basis of a feasibility study
• CPD highly appreciates this announcement and suggests to transform these power plants to
renewable energy
• A number of RE- based projects are been implemented by MoPEMR
• Among 66 projects in ADP under the Power and Energy Sector, only 5 projects are RE based (4
generation and 1 distribution based)
• Two renewable generation- based projects under MoA have been approved by in ADP 23
• None of the project under SREDA is included in the ADP for FY2023
5. Development of Renewable Energy based Power Sector
38
39. Name of The Project Maximum
Completion
Rate
Organi
sation
Type of
Project
Project
Status
Ministry
Electricity distribution through
solar panel establishment in the
remote areas of Chattogram hill
tracts
71% Chattogram
hill tracts
development
board
Generation Concluding MoPEMR
Construction of 100 MW solar
power plant in Madargang
11% RPC Generation Continuing MoPEMR
Sonagaji 50MW solar power plant
building
44% EGCB Generation Carry-over MoPEMR
Agriculture irrigation through
solar driven pump
98% BREB Distribution Carry-over MoPEMR
Resource Assesmant and Piliting
Related Technical help for
Renewable Energy Project
86% BPDB Generation Carry-over MoPEMR
Through Expanding Solar Energy
and Water Affordable Modern
Technology Crops Production
Enhancement Project
97% DAE Generation Carry-over MoA
Development of Micropanel
irrigation through the use of Solar
panel
55% BADC Generation Carry-over MoA
5.2 Projects under Implementation
5. Development of Renewable Energy based Power Sector
• Among the 7 projects in renewable
sector 6 are generation based
• Majority of the projects are carry-
over projects quite high maximum
completion rate
• 2 projects don’t show
promising rate of
implementation despite of
being carry- over projects
• There is one concluding project
with the 71% of maximum
implementation rate
• One continuing project has
been observed with 11% of
maximum implementation rate
39
40. • The government has already set a goal to achieve 500 gigawatts (GW) and 50% non-fossil fuel energy share
by 2030
• The minister in his budget speech of FY23, said that they planned to source 40% of electricity from
renewable energy by 2041 after putting straight the fact that only 780MW is currently being generated as
renewable energy out of an overall installed capacity of 25,566MW
• Bangladesh’s National Solar Energy Action Plan introduced plans to shift its renewable energy policy. This
aims for up to 40 giga-watts (GW) to be installed by 2041
• This was accompanied by medium roll-out of 25 GW and a business as usual outcome of 8 GW
• The renewable energy transition in Bangladesh will be fuelled by government policy and institutional
capacity
• The Solar Home System Programme by IDCOL provides funding and technical know-how to private
companies and consumers within the renewable energy niche. Initiatives, as such, resulted in Bangladesh
now hosting the largest domestic solar power programme globally. It covers 11% of the population
• In budget 2023, 1% import duty has been imposed on solar panel & module.
• This would rise the solar panel cost as there is lack of domestic production of solar panel and module.
5.3 Major Fiscal Measures for RE based power
5. Development of Renewable Energy based Power Sector
40
42. 6. Conclusion
42
• The power and energy sector is under pressure due to rise in import cost of petroleum and LNG and
partly that of coal
• Difficult to accommodate even after significant rise in subsidy
• Lack of initiative to reduce excess capacity further worsen the situation
• An energy-mix with renewable energy could be a possible option which has been ignored
systematically
• National budget FY2023 is expected to address some of the concerns
• There is limited effort to ease the pressure by undertaking renewable energy-based energy mix
• Lack of effort is provided to exploring domestic gas to meet the gas shortage
• Imported LNG is still a major energy-mix which would rise the cost pressure further
• The budget did not assure that consumer would get some relief for not adjusting energy prices
• Still generation based projects are the priority in the power sector budget
• Distribution related projects continues to get neglected- growth in allocation is getting slower
• RE based projects are not in the priority of the government
• Changes in imported tariff would significantly rise imported sola panel and other associated
equipment- it would further slowed down the solar panel use