Bangladesh expanded coal-fired power generation to address a basic energy problem: domestic natural gas production was no longer keeping pace with electricity demand. Large coal plants promised steady generation for a growing population, an expanding industrial base, and an economy that could not rely indefinitely on declining gas reserves.
The result has been a rapid change in the power mix. Coal moved from a minor role centered on one domestic mine and power station to a major source of installed capacity. Large facilities at Payra, Rampal, and Matarbari now form an important part of the national generating system, while Bangladesh also imports coal-generated electricity from India.
This strategy increased available capacity, but it did not eliminate energy insecurity. It replaced part of Bangladesh’s dependence on domestic gas with dependence on imported coal, foreign currency, maritime logistics, international lenders, and long-term power contracts. Coal can supply large amounts of electricity, but only when the government and plant operators can consistently finance the fuel.
Domestic Coal Resources Remain Largely Undeveloped
Bangladesh has identified coal deposits in the northwest, including Barapukuria, Phulbari, Khalashpir, Dighipara, and Jamalganj. However, Barapukuria remains the country’s only operating coal mine. Its production supplies the nearby Barapukuria power station and is far too limited to support Bangladesh’s newer generation fleet.
Developing additional mines has been politically and socially difficult. The deposits are located beneath populated and agriculturally important areas, creating concerns about displacement, farmland, groundwater, and local livelihoods. Open-pit mining could recover more coal than underground methods, but it would also require extensive land acquisition and resettlement.
The proposed Phulbari mine became the clearest example of this conflict. Strong public opposition and deadly protests in 2006 prevented the project from moving forward. The issue has remained politically sensitive, limiting the government’s willingness to pursue large-scale domestic extraction.
Barapukuria has also demonstrated the technical risks of underground mining in Bangladesh. Production interruptions, land subsidence, water management problems, and irregular supply have affected both the mine and power station. Even with further investment, the mine cannot provide the volumes needed by the country’s coastal plants.
Bangladesh therefore possesses coal resources without having established a politically acceptable or commercially reliable pathway for developing them. That gap explains why imported coal, rather than domestic production, became the foundation of the modern coal-power program.
Payra Established the New Coal-Power Model
The 1,320-megawatt Payra power station in Patuakhali was the first large imported-coal project to enter full operation under Bangladesh’s recent power expansion. Developed through a Bangladesh-China joint venture, the plant introduced ultra-supercritical generating technology and gave the southern region a major source of baseload electricity.
Payra also revealed the weaknesses of the imported-fuel model. The station has experienced interruptions linked to coal supply and payment difficulties. When foreign currency is unavailable or unpaid bills accumulate, even a modern power plant can be forced to reduce generation or shut down.
The plant depends on coal delivered by sea and transferred through a coastal logistics system. Bangladesh’s shallow waters and port limitations have historically complicated the use of large bulk carriers. Lighter vessels and transshipment arrangements add cost and operational complexity.
Payra remains an important generating asset, particularly when gas supply is constrained. Its performance, however, depends on more than technical efficiency. Coal procurement contracts, exchange rates, shipping capacity, government payments, and the financial condition of the Bangladesh Power Development Board all influence whether the station can operate consistently.
A proposed second phase would add further capacity, but Bangladesh must consider whether expanding the same model would deepen fuel-import and payment exposure. Installed megawatts provide little value when plants cannot secure fuel or operate at financially sustainable tariffs.
Rampal Connects Power Security With Environmental Conflict
The 1,320-megawatt Rampal power station, formally known as the Maitree Super Thermal Power Project, was developed through a joint venture between Bangladesh and India. It was intended to strengthen generation in the southwest and deepen bilateral energy cooperation.
Its location near the Sundarbans made it one of the country’s most disputed infrastructure projects. Environmental organizations raised concerns about air pollution, coal transport, ash disposal, water use, and the possible effects of industrial development on the mangrove ecosystem. Project supporters argued that modern plant technology and environmental controls would limit these risks.
Rampal’s operating difficulties have increasingly centered on fuel and finance. Coal shortages and unpaid obligations have interrupted generation, showing that plant completion does not guarantee reliable output. Imported coal must be purchased regularly, while power tariffs must cover fuel, debt service, operations, and capacity-related costs.
The project also illustrates the changing nature of Bangladesh-India energy relations. Cooperation has provided Bangladesh with generating assets and imported electricity, but it has also created debates over contract terms, pricing, payment obligations, and strategic dependence.
Rampal may continue to contribute important electricity when fuel is available. Its long-term value will be judged by operational reliability, delivered power costs, environmental performance, and whether its financial structure remains manageable for Bangladesh’s power sector.
Matarbari Combines Generation With Port Development
The Matarbari coal project in Cox’s Bazar was designed as more than a power station. Its two 600-megawatt units form part of a wider industrial and port development strategy supported by Japan. The associated deep-sea facilities are intended to improve the handling of imported coal and support broader maritime trade.
This integrated approach addresses one of Bangladesh’s main coal constraints. Larger vessels and improved port infrastructure can reduce reliance on costly offshore transfer systems. Matarbari could therefore influence the economics of coal supply beyond the plant itself.
The station uses ultra-supercritical technology, which can produce electricity more efficiently than older coal units. Higher efficiency reduces the amount of coal required for each unit of power, but it does not remove carbon emissions, fuel-price exposure, or the need for dependable foreign exchange.
Matarbari represents the most infrastructure-intensive part of Bangladesh’s coal strategy. Its performance will affect judgments about whether large imported-coal projects can provide reliable and reasonably priced electricity. The plant must compete not only with domestic generators, but also with imported electricity, liquefied natural gas, oil-fired generation, solar projects, and future storage options.
The port may retain economic importance even if Bangladesh limits additional coal construction. Maritime infrastructure can support other cargoes and industrial activity, giving the wider project a role beyond electricity generation.
Imported Coal Has Become an Energy-Security Risk
Bangladesh’s coal imports increased sharply as the new plants entered operation. This helped compensate for domestic gas shortages, but it also raised demand for dollars at a time when the country faced foreign-exchange pressure.
Fuel procurement problems can quickly become power shortages. Plant operators need access to credit, banks must issue letters of credit, suppliers must accept payment terms, and BPDB must meet obligations under power-purchase agreements. A failure at any point can reduce coal deliveries.
International prices add another layer of exposure. High coal and shipping prices increase generation costs, while a weaker taka makes imported fuel more expensive in local currency. The government can absorb part of the increase through subsidies, raise electricity tariffs, delay payments, or reduce plant use. Each option carries economic consequences.
Coal is often less expensive than oil-fired generation, particularly during periods of high furnace-oil and diesel prices. This makes it useful when gas is unavailable. However, comparisons based only on fuel prices can overlook debt payments, port infrastructure, capacity charges, and the cost of maintaining several underused technologies at the same time.
Bangladesh’s coal fleet therefore improves fuel diversity without creating full energy independence. The security benefit comes from avoiding excessive reliance on one fuel, while the risk comes from depending on imports across several fuels simultaneously.
Coal Power Imported From India Adds Another Layer
Bangladesh also receives electricity from the coal-fired Godda power station in Jharkhand, India. The plant was built to supply Bangladesh under a long-term agreement and has become a substantial source of cross-border electricity.
Imported power can help Bangladesh meet demand without constructing all generating capacity inside the country. It can also provide electricity when domestic plants face gas or coal shortages. However, payment disputes and disagreements over contract terms have periodically affected supply.
The Godda arrangement demonstrates that coal dependence is not limited to physical coal imports. Bangladesh is also exposed to coal prices through electricity contracts with foreign generators. This can reduce direct fuel-handling requirements while creating contractual and diplomatic risks.
Regional power trade could eventually improve flexibility if Bangladesh can purchase electricity from several countries and technologies. Dependence on a small number of large suppliers, by contrast, may leave the system vulnerable to disputes or financial pressure.
Bangladesh Must Decide How Much Coal Dependence It Can Finance
Coal has become a major part of Bangladesh’s electricity system because it offers large-scale generation at a time of domestic gas scarcity. Payra, Rampal, Matarbari, Barapukuria, and imported electricity from India now form a coal-based supply network that did not exist at comparable scale a decade earlier.
The central question is no longer whether Bangladesh can build coal plants. It is whether the country can afford to fuel, finance, and operate them consistently. High installed capacity does not prevent shortages when plants lack coal, gas, or payment support.
Future policy will need to balance coal generation with domestic gas development, LNG imports, regional electricity trade, renewable energy, storage, and grid investment. Bangladesh may continue using its existing coal fleet for many years, especially when it is cheaper than oil-based alternatives. Further expansion will face greater scrutiny because each additional plant increases long-term fuel and foreign-currency commitments.
Coal has reduced one form of dependence while creating another. Its lasting role will be determined by operating costs, contract reform, port performance, access to foreign currency, and the ability of Bangladesh to diversify its power system without creating excess capacity that consumers and the government must continue paying for.
