The Integrated Energy and Power Master Plan Project in Bangladesh
Mar. 14th, 2021
June 22, 2021, to January 31, 2024
MoPEMR (Ministry of Power, Energy and Mineral Resources)
In the People's Republic of Bangladesh (hereinafter referred to as "Bangladesh"), primary energy demand has increased by about 1.5 times in the decade from 2007 to 2017 (IEA 2017) in line with robust economic growth, and is expected to continue to increase in the future. Under this circumstance, Bangladesh faces a turning point in its energy supply structure. Bangladesh has been relying on domestic natural gas for about 60% of its primary energy sources. However, due to the decline in the production of domestic natural gas, Bangladesh began to import liquefied natural gas (LNG) in 2018, which is expected to increase significantly going forward.
So far, the Government of Bangladesh has established long-term plans for each energy sub-sector, such as the Power System Master Plan 2016 (Revisiting PSMP2016), the Energy Efficiency and Conservation Master Plan (EECMP2016), and the Gas Sector Master Plan (GSMP 2017). However, it has become necessary to revise the energy plans in response to the current situation such as changes in demand assumptions and the growing global trend toward low-carbon and decarbonization.
In order to solve these issues, Bangladesh needs to review the long-term plans for each energy sub-sector mentioned above, formulate an integrated energy development policy for the entire country, and strengthen and implement more concrete and effective measures to realize a low-carbon society. In this context, we will pursue the "3E+S" concept of ensuring "Energy Security," "Economic Efficiency," and "Environment" while focusing on "Safety." In view of the need for a long-term low-carbon energy policy, we will support the formulation of the integrated energy and power master plan.
A low/zero carbon energy demand/supply system will be established based on the premise of ensuring energy security and economic viability.
To establish a low/zero carbon energy demand/supply system, with energy security and economic viability, by introduction of policy and technologies for low carbon/carbon neutral society, towards sustainable development of Bangladesh.
a) Review of current status of policies
b) Energy Data Management
c) Balance of Primary Energy Supply and Final Consumption
d) Development of Power System Plan
e) LNG Legal Framework
f) Environmental and Social Considerations
Leader/Energy policy, Sub-Leader/Economic and financial Analysis, Low/de-carbonization policy, Energy Economics Analysis, Energy supply and demand optimization analysis 1, Energy supply and demand optimization analysis 2, Primary energy analysis (Renewable energy), Primary energy analysis (Oil) 1, Primary energy analysis (Oil) 2, Primary energy analysis (Gas), Primary energy analysis (Coal) 1, Primary energy analysis (Coal) 2, Energy data management (Consumption Research), Energy data management (Capacity Building), Supply and demand analysis (Electricity / Gas) 1, Supply and demand analysis (Electricity / Gas) 2, Power development plan, Power generation facility, Power development plan (Ammonia), Renewable energy plan (Policy and non-electricity), Renewable energy plan (Electricity), Power transmission plan (Plan and facility), Power transmission plan (Analysis), Power transmission operation and Regulation, Power transmission operation and training (capacity building), Distribution facility plan (Distribution plan), Distribution facility plan (Distribution operation), Power transaction and tariff analysis, Legal development support for LNG business, Demand side management, Low carbon policy and technology (Transportation), Low carbon policy and technology
(Industry), Low carbon policy and technology (Residential), Environmental and social considerations 1, Environmental and social considerations 2
[Training in Japan]
[Equipment Procurement]
Regression analysis software