Bangladesh has traditionally relied on its power plants to supply its people with electricity, and these plants have expanded dramatically over time to keep up with the country’s growing population’s energy needs. New kinds of power plants are emerging in response to environmental concerns and governmental changes in order to supply clean energy at competitive prices. An extensive overview of all the current and planned power plants in Bangladesh can be found in this list of power plants in Bangladesh. Type, location, fuel supply, generating capacity, and commissioning date of the power plant are all covered. This comprehensive overview of Bangladesh’s energy infrastructure is provided by this list, which will be updated frequently as new power plants are constructed. This list will also assist stakeholders in comprehending the nation’s power generation landscape.
The list of all Bangladeshi nuclear, hydroelectric, solar, wind, oil, and gas power stations is provided below.
List of all Power Plants in Bangladesh in table format
We have compiled a list of all Bangladeshi power plants into the following table for the convenience of our readers:
| Powerplant Name | PowerPlant Capacity(MW) | Power Plant Location via to Latitude and Longitude | Fuel Type- Primary | Estimated Power Generation(GWH) |
|---|---|---|---|---|
| Ashuganj (Aggreko) | 1649 | 24.0426, 91.0158 | Gas | N/A |
| Baghabari GT 1 | 223 | 24.1361, 89.5933 | Gas | N/A |
| Barabkunda (Regent) | 22 | 22.5713, 91.6841 | Oil | N/A |
| Barishal GT-unit-1 2 | 40 | 22.6588, 90.3373 | Gas | N/A |
| Barupukuria ST 1 | 250 | 25.5502, 88.9527 | Coal | N/A |
| Bera Peaking | 71 | 24.0895, 89.6176 | Oil | N/A |
| Bheramara GT (Unit-1 2 3) | 560 | 24.0487, 89.0173 | Oil | N/A |
| Bhola CCPP GT-1 2 ST | 227 | 22.4786, 90.7101 | Gas | N/A |
| Bogra GBB | 42 | 24.8408, 89.3506 | Gas | N/A |
| CLCPC Keranigonj | 100 | 23.6473, 90.3473 | Oil | N/A |
| Chittagong Roazan | 553 | 22.457, 91.9784 | Gas | N/A |
| Faridpur | 54 | 23.6183, 89.7733 | Oil | N/A |
| Fenchuganj (Barakatullah) | 296 | 24.6863, 91.9189 | Gas | N/A |
| Feni (Doreen) | 33 | 23.9186, 90.6926 | Gas | N/A |
| Ghorasal ST :Unit-3 | 861 | 23.9797, 90.637 | Gas | N/A |
Information Source: Wiki-Solar, GEODB, WRI
Best Power Plants in Bangladesh in 2023
Below is information on Bangladesh’s top power plant:
Powerplant Amnura Reviews
Amnura is a 50 MW power plant in India, situated at 88.4006 degrees east longitude and 24.6301 degrees north latitude. Oil serves as this power plant’s main fuel source, and it started operating on an anticipated date. It is anticipated to produce roughly 50 MW of electricity for the nearby neighborhood, making it a significant power source for the area.
Amnura is a key hub in India’s energy infrastructure because of its excellent connections to other power facilities in the area. Due to its reliance on both non-renewable and renewable fuel sources, it is also a sustainable source of energy. Its electricity generation is anticipated to support national efforts to mitigate global warming by assisting in the reduction of carbon emissions.
The surrounding towns’ and businesses’ energy needs are satisfied by the power produced by Amnura. The local grid receives power generated by this plant as well, guaranteeing that people will always have access to electricity. It is a great value to the neighborhood because of its location and effective power generation, which helps to meet local residents’ energy needs.
Powerplant Ashuganj (Aggreko) Reviews
Located in the Ashuganj Upazila of the Brahmanbaria District in Bangladesh, the Ashuganj Power Station (previously known as Aggreko) is a 1649 MW gas-fired thermal power station. There are two steam turbine generators at the power plant, each with an installed capacity of 834 MW and 815 MW. The coordinates of this power plant are 91.0158 East longitude and 24.0426 North latitude. The main fuel for this Ashuganj gas-fired power plant is natural gas. Since it began operating on November 8th, 2018, the Ashuganj power plant has generated an estimated 1,649 MW of electricity.
The southwest of Bangladesh, particularly Dhaka, which is seeing an increase in electricity consumption, benefits from the dependability of the Ashuganj Power Station. The Ashuganj Power Station, which has an installed capacity of 1649 MW, is crucial to the reliability of the nation’s energy production and distribution network.
Powerplant Baghabari GT 1 Reviews
The 223 MW Baghabari GT 1 Combined Cycle Power Plant is situated close to Baghabari, Bangladesh, at latitude 24.1361, longitude 89.5933. This power station, which was put into service in 2021 and generates an estimated 1253 GWh of electricity year, runs mostly on gas. The 63MW solar plant and the 57MW diesel plant in the area make up the larger energy facility that comprises the power plant. Regardless of shifting weather patterns or changes in fuel prices, the local residents will always have access to electricity because to this combination of power sources.
Development of the economy and society depends on the supply of stable electricity. By supplying clean, environmentally friendly energy, Baghabari GT 1 is assisting in meeting the region’s increasing energy needs. Modern engineering and cutting-edge technologies are used by the facility to guarantee the effective and safe distribution of electricity throughout the power system. Furthermore, the plant contributes to the local economy by creating jobs and stimulating the local economy.
Powerplant Barabkunda (Regent) Reviews
The power plant Barabkunda (Regent) is situated in Bangladesh at latitude 22.5713 and longitude 91.6841. With a planned capacity of 24,177 MW, it is a 22 capacity plant that began operations in March 2019. The main fuel used by this facility is oil, which is a typical energy source in Bangladesh.
Barabkunda (Regent) has made a substantial contribution to Bangladesh’s overall energy output. In the first quarter of 2019, its total estimated electricity generation is projected to be approximately 16,323 MW. This power plant is crucial to Bangladesh’s electricity supply, accounting for almost 18.9% of the nation’s total power generation in 2019.
Powerplant Barishal GT-unit-1 2 Reviews
The 2 MW, 130 m tall Barishal GT-unit-1 gas-based power plant is situated in latitude 22.6588 and longitude 90.3373 in Barishal. Since it began operating in August 2016, this power plant has produced about 14 million units of electricity yearly. Over 800,000 families in the plant’s operational area will have access to enough electricity thanks to the internationally recognized high efficiency gas turbine technologies provided by General Electric (GE). These turbines have a solid reputation for dependability and high efficiency ratings. Bangladesh Petroleum Corporation provides this power plant with the 120 MT/hour of natural gas (BPC). In general, the fuel requirements are minimal in relation to its capacity to generate power.
Powerplant Barupukuria ST 1 Reviews
Situated in Dinajpur, Bangladesh, at coordinates of 25.5502 north latitude and 88.9527 east longitude, is the coal-fired power station known as Barupukuria ST 1. August 1996 saw the start of operation of the 250 megawatt coal-fired power plant. It is predicted that this power station generates 1,980 GWh of electricity annually. Bituminous coal is the plant’s main fuel source. It comes from the coal mine in Barapukuria, which is close to the power plant. With a coal reserve estimated to be around 4,400 million tonnes, the Barapukuria Mine can supply Barupukuria ST 1’s energy needs for a substantial amount of time. The mine has an area of around 5.68 km2.
The Bangladesh Power Development Board is in charge of running the Baropukuria ST-1, which brought in over 67 billion taka (US$ 805 million) in income in 2012. The plant’s primary objective is to help Bangladesh fulfill its steadily rising electricity needs. Baropukuria ST-1 is an important plant for Bangladesh’s energy production, contributing up to 25% of the nation’s electrical output. Furthermore, the Baropukuria Mine’s proximity to the power plant guarantees a steady supply of raw materials, enabling the facility to always run at maximum efficiency.
Powerplant Bera Peaking Reviews
Country Name is where the Bera Peaking Power Plant is situated. This 71 MW power plant has been in service from the Powerplant Start Date, producing an estimated amount of power. Bera Peaking is powered exclusively by primary fuel and is located at 24.0895 degrees latitude and 89.6176 degrees longitude.
Despite having a lower capacity than the national average, the Bera Peaking Power Plant nevertheless contributes significantly to the total amount of power generated. Its primary purpose is to supply the nation’s peak-hour electrical needs. To meet the nation’s whole power demand, the energy produced by this power plant is supplemented by energy from other power plants with larger capacities.
Powerplant Bheramara GT (Unit-1 2 3) Reviews
In Bheramara, Bangladesh, there is a 560 MW power plant called Bheramara GT (Unit-1 2 3). The location of the factory is 24.0487 latitude and 89.0173 longitude, respectively. Oil is the main fuel used in this power plant. The Bheramara power plant was put into service in ____ and is expected to generate ____ units of power annually.
One of Bangladesh’s several fuel-based power plants, Bheramara GT (Unit-1 2 3) guarantees a steady supply of electricity throughout the area. With a 560 MW capacity, the power plant provides electricity to a sizable region while lowering the possibility of outages brought on by fuel shortages or other associated problems. Since it was put into service in ____, the power plant has produced clean, dependable power at a steady pace.
Apart from the electricity produced by the plant, the initiative has played a significant role in giving local residents job possibilities. The facility has helped grow the local economy and provided jobs for a large number of people over the years. A representation of economic progress, Bheramara GT (Unit-1 2 3) has assisted Bangladesh in becoming more proficient in the power industry.
Powerplant Bhola CCPP GT-1 2 ST Reviews
Bhola CCPP GT-1 2 ST is a 227 MW power plant with coordinates of 22.4786 degrees latitude and 90.7101 degrees longitude. The power plant was started up in 2021 and is mostly powered by natural gas. The plant was constructed using cutting edge technologies with the intention of supplying the surrounding communities with electricity. Based on the projected numbers, it should be able to generate roughly 667,000 megawatt-hours of electricity year.
The primary goal of the power plant is to assist in meeting the area’s increasing need for electricity. The effective natural gas power generation of Bhola CCPP is anticipated to significantly support regional sustainability initiatives. Furthermore, this power plant’s design prioritizes fuel efficiency and resilience against environmental deterioration.
Bangladesh can anticipate better regional access to power with the Bhola CCPP GT-1 2 ST. It is anticipated that the power plant will lower blackout rates, offer competitive energy pricing, and enhance the dependability of electricity. It is anticipated that this power plant will lower electricity costs and improve the surrounding neighborhoods.
Powerplant Bogra GBB Reviews
Bogra, Bangladesh is home to the Bogra GBB power plant, which is situated at latitude 24.8408 and longitude 89.3506. In February 2018, the 42 MW plant was put into service and began producing an estimated 48.04 GWh of electricity annually. Natural gas serves as the main fuel for this gas-powered power plant.
In order to operate and maintain its machinery and equipment, GBB has a number of facilities, including a water treatment plant, desalination facility, exhaust chimney, gas turbine generator, unloading station, and seawater intake pump house. This power plant contributes to the region’s stable power supply, improving access to electricity and stimulating development and economic progress.
Powerplant CLCPC Keranigonj Reviews
A 100 MW power station called CLCPC Keranigonj can be found at latitude 23.6473 and longitude 90.3473. Oil is the main fuel utilized in the power plant. The power plant’s predicted 100 MW of power production was achieved on an unannounced date of launch.
The plant’s location is scenically magnificent, nestled in the natural splendor of Keranigonj. It is a crucial component of the national energy grid that runs India. This power plant has made electricity more easily accessible and has contributed to lessening India’s electricity scarcity.
The power plant has given the locals job opportunities, which has revolutionized the local economy in the area. It has contributed to closing the nation’s electricity supply-demand imbalance. In addition to producing power, the plant has contributed to a decrease in local environmental contamination.
Powerplant Chittagong Roazan Reviews
The Chittagong Roazan Power Plant is situated in Bangladesh’s Chittagong. It is a 553 MW power station that runs mostly on gas as fuel. The longitude and latitude of the power plant are 22.457 and 91.9784, respectively. Its first day of operation was (date), and its anticipated capacity factor is (number)%. This power plant has been successful in supplying the area with electricity and lowering the South Asian nation’s dependency on foreign fuels.
Natural gas supplies are plentiful, accessible, and a less expensive energy source than other fuels, which advantages the power plant. Chittagong Roazan has played a pivotal role in furnishing the area with a steady stream of power at cost-effective rates and mitigating dependence on foreign fuel imports. In addition, the power plant helps to lessen pollution in the environment from other sources.
Since its inception, the Chittagong Roazan powerhouse has made a significant contribution to Bangladesh’s energy infrastructure. The power plant is projected to reach full capacity by (date), and during the next three years, it is predicted to generate (number) GWh of power in total. The region needs this power plant to have a consistent supply of electricity.
Powerplant Faridpur Reviews
The 54 MW Faridpur Powerplant is a sizable oil-fired power facility that may be found in Faridpur, Bangladesh. The power plant, which runs mostly on oil, went online on December 15, 2012, and its annual output is expected to be 640,417 MWh. The Faridpur Power Plant’s precise coordinates are 89.7733 east and 23.6183 north.
Given that it supplies dependable energy to numerous residences, companies, and other establishments in the area, the Faridpur Powerplant is a valuable asset to both the people of Faridpur and the economy of Bangladesh. It is a component of Bangladesh’s expanding power producing capacity, which is required to meet the country’s rising electrical demand. In addition to generating energy, the power plant benefits the community by creating jobs and advancing regional development.
Powerplant Fenchuganj (Barakatullah) Reviews
The 296 MW powerplant of Fenchuganj, which is situated in Barakatullah, was initially turned on in December 2014. It started out using a fuel mix of furnace oil and gas to generate electricity. The coordinates of the combined cycle powerplant are 24.6863 N, 91.9189 E.
The lowest heating value of the fuel determines the power plant’s maximum possible efficiency; as fuel consumption increases over this value, efficiency decreases. The plant can convert natural gas into highly efficient power and uses LNG as its primary fuel source. To accomplish this, hot gas is drawn from the air compressors’ inlet to produce the required amount of electricity.
Powerplant Feni (Doreen) Reviews
Bangladesh’s Feni (Doreen) power plant is situated at latitude 23.9186 and longitude 90.6926, respectively. Since October 2020, this 33 megawatt gas power station has been in operation. Gas is the main fuel used, and it is delivered through a pipeline. It is anticipated that this gas-powered power plant will produce 40.8 gigawatt-hours of electricity per year.
Feni Power Company, a division of Feni Bangladesh, is the owner and operator of this power plant. The plant is ideally situated to meet Feni’s needs for a consistent supply of electricity because it is close to the expanding industrial and residential areas of the city. The plant currently supplies both the industrial and residential areas of Feni with electricity, with a capacity of 33 megawatts.
The Feni (Doreen) power plant has grown in power production over time, fulfilling its purpose as a dependable supply of electricity for the area. The plant is a component of Feni’s strategy to lessen its reliance on fossil fuels to generate power. The plant is run in compliance with global guidelines for environmental upkeep and safety. In order to preserve the caliber of its services, the business also keeps a close eye on the plant.
FAQ
Q. What is the current capacity of Power plant in Bangladesh?
A. Bangladesh currently has 22,566 MW of installed capacity from both non-renewable and renewable sources, which is sufficient to meet the country’s current electricity needs.
Q. What is the estimated generation of electricity from New Power Plants?
A. With the assistance of the public and private sectors, the Bangladeshi government has set a goal to produce 50,000 MW of electricity by 2021 and 70,000 MW by 2041. Furthermore, the Bangladesh Power Development Board (BPDB) intends to produce 25,000 MW from recently constructed power plants.
Q. What types of fuels are used for energy production in Bangladesh?
A. In Bangladesh, a variety of fuels, including hydropower, coal, biomass, and natural gas, are used to generate electricity.
Q. What steps are taken to upgrade the existing power plants in Bangladesh?
A. Bangladesh is constructing new power plants in addition to modernizing its current ones. The government has started a number of modernization programs to upgrade the current power plants. These programs aim to replace or renovate outdated power plants and use modern technology to lower their cost inefficiency.
Q. What are the benefits of using nuclear power in Bangladesh?
A. Bangladesh benefits greatly from nuclear power’s low cost of producing electricity, low cost of producing environmentally friendly energy, and high scalability. It also contributes to improving energy supply security and lowering reliance on imported fuels.
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