Driven by a strong commitment to renewable energy, the government of Bangladesh enacted the Renewable Energy Policy of Bangladesh (REPB) in 2008, setting ambitious targets to achieve a 5% share of renewable energy in total generation capacity by 2015 and a 10% share by 2020. The government of Bangladesh further envisioned expanding this 10% target significantly by 2041. However, these goals remain unfulfilled.
In June 2023, the power generation capacity of Bangladesh amounted to 24,911 MW. Combined cycle plants contribute the most at 8,363 MW (33.57%), followed by reciprocating engines at 8,023 MW (32.21%). Steam turbines contribute 3,742 MW (15.02%), gas turbines add 1,438 MW (5.77%), and hydropower plants provide 230 MW (0.92%). Solar photovoltaic (PV) systems contribute 459 MW (1.84%), whereas power imports add 2,656 MW (10.66%).
In terms of fuel sources, gas dominates at 11,372 MW (45.65%), followed by furnace oil at 6,492 MW (26.06%). Coal provides 2,692 MW (10.81%) and power imports contribute 2,656 MW (10.66%). Diesel adds 1,010 MW (4.05%), hydropower contributes 230 MW (0.92%), and solar PV systems contribute 459 MW (1.84%).
The Integrated Energy and Power Master Plan (IEPMP) 2023 forecasts a maximum power demand between 27.4 GW and 29.3 GW in 2030, 50.4 GW and 58.6 GW in 2040, and 70.5 GW and 96.8 GW in 2050 – with corresponding renewable power generation targets of 10% in 2030, 22% in 2040, and 35% in 2050. The target has been further extended to 20% by 2030 and 30% by 2040 under the new Renewable Energy Policy of Bangladesh 2025 (the “REPB 2025”).
The REPB encompasses various independent power plants (IPPs) based on renewable sources, including solar PV, solar thermal power/concentrating solar power, wind energy, biomass, biogas, hydropower, and other sources such as biofuels, gasohol, geothermal energy, river current energy, wave energy, and tidal energy.
However, with the exception of the state-sponsored 230 MW Kaptai Hydropower Station, no additional hydropower projects have been planned. Consequently, local renewable power development is primarily concentrated on solar PV parks, with some emphasis on wind energy and waste-to-energy plants. Other renewable technologies, such as biogas, green gas, bio-LNG, hydrogen, and geothermal heat, remain largely untapped. The REPB 2025 further focuses on distributed renewable energy projects and microgrids and net-metering arrangements.
The renewable energy market in 2025 is currently experiencing heightened competition compared to 2024. The prevailing tariff rate has decreased to USD0.0998/kWh ‒ a significant reduction from the 2016 starting point of USD0.17/kWh. Although land acquisition challenges have delayed numerous renewable power plant projects, several have recently secured necessary land rights and commenced construction. The unsolicited proposal procedure for the development of power projects was abolished under the Quick Enhancement of Electricity and Energy Supply (Special Provisions) Act 2010 (the “QEEES Act”), save for those projects that had already been processed in good faith. Accordingly, the only way to develop/implement renewable projects by way of unsolicited proposal is through the Guidelines for Unsolicited Proposals 2018 applicable in PPP procurements where the competency of the proposal is revaluated under public tenders.
Recent issues in connection with foreign currency availability in Bangladesh – primarily due to global conflicts – now seem to be alleviated by strong remittances and export earnings, along with the revamped enforcement of financial regulations and bank governance to curb money laundering. The government of Bangladesh is also reportedly considering the removal of capacity payments for fuel-intensive power plants (encompassing both those using conventional sources and those using renewable sources) in order to alleviate the financial pressure caused by foreign currency issues (see 2.1 Governing Law and Upcoming Changes).
Lately, wind power plants have garnered increasing interest, thanks to recent findings on their adequacy. The first wind power plant achieved commercial operation in 2024 and there are several more in the pipeline. The Bangladesh Sustainable and Renewable Energy Development Authority (SREDA) has also issued new guidelines on conducting feasibility analyses for proposed wind power plants.
The following legal framework governs the energy market in Bangladesh, including renewables.
The government of Bangladesh has recently enacted the Policy for Enhancement of Private Participation in Renewable Energy-based Power Generation, 2025 (PEPPRG2025):
The primary regulators for energy activities in Bangladesh are as follows:
The industrial policy of Bangladesh – most recently outlined in the National Industry Policy 2016 – classifies the generation, supply and distribution of power as a controlled sector, requiring licences for operation. The construction and operation of transmission lines remain exclusive to the public sector, with the government of Bangladesh maintaining a monopoly on transmission and distribution. All these activities are subject to the rules and regulations outlined in 2.1 Governing Law and Upcoming Changes.
Currently, there are no restrictions on the ownership and transfer of renewable energy assets in Bangladesh, except for the following outlined here.
Restrictions in General and the Control Regime
There are no restrictions regarding the sale of power industry assets or businesses, or other transactions, including amalgamations and mergers in general. The Bangladesh Competition Commission (BCC) was formed under the Bangladesh Competition Act 2012 to ensure competition in all industries. The BERC also retains some power to maintain competition as a first-tier regulator for power generation industries. The BCC still operates reactively, as it has yet to formulate and enact specific competition rules for merger control.
However, any combination (including acquisitions, amalgamations or mergers) that has a detrimental impact on competition in the goods and services market or poses a risk of doing so is prohibited. The BCC has wide powers to investigate – either on its own initiative or in response to complaints from a third party – any combination that adversely affects competition. There are currently no minimum requirements (such as market influence, financial metrics or industry expertise) that must be satisfied by a purchaser of assets or an acquirer of a business.
Contractual Lock-In
Under a standard implementation agreement (concession agreement) used for power projects in Bangladesh, the designated main sponsor (lead member) must retain at least 51% equity until the COD and 40% thereafter until the sixth anniversary of the COD. The operating sponsor (operating member) that is identified by the competent authorities is required to maintain at least 20% of equity until the COD and 11% thereafter until the sixth anniversary of the COD.
A transfer that circumvents these lock-ins needs explicit approval from the offtaker. This approval is difficult to obtain and necessitates demonstrating the purchaser’s qualifications and the overall positive impact of the transfer on the industry.
Currently, there are no foreign investment restrictions that apply to the power industry, and investment can be made by any investor from any country recognised by Bangladesh. There is no investment limit threshold as long as the relevant criteria (in terms of debt financing, operation, prior experience in a similar size of investment, etc) are met. There is also no restriction on the holding of land rights through a special purpose vehicle (SPV), with even 100% foreign-owned SPVs able to hold land rights.
Investment Protection
The Foreign Private Investment (Promotion and Protection Act) 1980 grants protections to foreign investments in Bangladesh, as follows.
Protection is also available under various bilateral investment treaties (BITs) entered into by and between Bangladesh and other foreign countries. The countries with whom Bangladesh has concluded BITs include Austria, North Korea, Thailand, Belgium, South Korea, Canada, Malaysia, Pakistan, Uzbekistan, France, Poland, Vietnam, Germany, Romania, Singapore, Indonesia, Switzerland, Denmark, Iran, India, Italy, Japan, Turkey, the UAE, the USA, the UK, the Philippines, and the Netherlands.
Access to Courts and Foreign Arbitration
Foreign investors and their SPVs have general access to local courts in Bangladesh. Moreover, Bangladeshi courts recognise the choice of foreign law and party autonomy as agreed upon in contracts. This principle is supported by the case PLD 1964 Dacca 637, which established that the expressed intention of the parties regarding the governing law of the contract overrides any presumptions.
However, the enforcement of foreign judgments is limited to countries that have reciprocal agreements with Bangladesh. Currently, only Indian judgments are enforceable in Bangladesh.
Bangladesh is a signatory to the Convention on the Recognition and Enforcement of Foreign Arbitral Awards 1958 (the “New York Convention”). International arbitration is permitted under the Arbitration Act 2001. Parties have the freedom to choose the arbitral tribunal and the applicable rules. Foreign arbitral awards are enforceable in Bangladesh but they must be filed in the court of first instance for enforcement against the debtor or their assets. The court in which recognition or execution of the foreign arbitral award is sought may refuse to enforce such foreign arbitral award:
Foreign Exchange Regulations
Bangladesh has a very strict foreign exchange control regime under the Foreign Exchange Regulation Act 1947 (FERA). Generally speaking, the conversion and repatriation of foreign exchange require approvals from the central bank (Bangladesh Bank). For certain transactions, no prior approval from Bangladesh Bank is required and banks arrange summary approvals from Bangladesh Bank as outlined in the Guidelines for Foreign Exchange Transactions (GFET). These transactions include foreign investment, divestment, repatriation, technical fees, royalties, consultation fees, distribution fees, dividends, loan repayments (including interest payments), and import/export activities.
Bangladeshi companies have the authority to declare dividends to their shareholders through a general meeting. Banks can facilitate summary approvals from Bangladesh Bank for the repatriation of dividends to non-resident shareholders. When non-resident shareholders are involved in the sale of shares, a fair valuation is required, and post-closing notification to Bangladesh Bank is mandatory. However, prior approval from Bangladesh Bank is necessary for repatriating sales proceeds resulting from a non-resident’s sale of shares in a non-listed company. Liquidation proceeds can also be repatriated according to the procedures outlined in the GFET. Foreign borrowing requires approval from regulatory authorities designated by Bangladesh Bank. This process is relatively straightforward for industrial and infrastructure projects.
The primary regulatory framework for private sector involvement in power generation, including renewables, is outlined in the Policy. The Policy establishes the BPDB as the offtaker for such power generation, with the PGCB assuming the transmission provider role. Under the Policy, the following security package is granted to power projects.
In spite of the above still being at the disposal of the government, it has been pushing the procurement of power under PEPPRG2025 and REPB2025 under various merchant procurement models with a view to restructuring the typical risk allocation used in the above models, reducing its role (such as in guaranteeing the offtaker obligation) and pushing for the independent bankability of such projects. However, the bankability of the projects has yet to be successfully demonstrated.
Other relevant rules and regulations have been outlined in 2.1 Governing Law and Upcoming Changes, as have the relevant procurement processes in 6.1 Onshore Project Development and industry incentives in 6.4 Subsidies and Incentive Schemes.
The government of Bangladesh has not yet established a formal regulatory framework for producing gas from renewable sources. Although there are some small-scale, privately initiated biogas production projects in various regions, these initiatives are not yet at a utility scale.
The government of Bangladesh has not yet established a formal framework for heat production from renewable sources, as this is not considered a practical utility in a tropical climate such as Bangladesh’s.
The government has not yet established any formal framework for hydrogen, biofuels, or other renewable energy production. As per the IEPMP, the government does not have any plan to introduce hydrogen/ammonia-based power generation in Bangladesh before 2030, except for potential prototypes to assess their effectiveness.
The government anticipates introducing hydrogen/ammonia as co-fuels in existing thermal power plants between 2030 and 2040. Specific targets include gas-fired power plants with 20% hydrogen co-firing starting in 2037, increasing to 50% in 2045. Additionally, gas-fired power plants with 100% hydrogen firing are anticipated to begin operation in 2040, and coal-fired power plants with 20% ammonia co-firing are planned to start in 2035 (increasing to 50% in 2040).
Bangladesh is actively pursuing waste-to-energy generation through several pilot projects. Municipalities are entering into waste supply agreements with developers through a tendering process. Currently, only the Dhaka North City Corporation plant has progressed to the construction phase.
Although the procedures outlined in 3.1 Electricity are applicable to waste-to-energy plants, the Bangladeshi government’s primary focus for these projects is on the tendering method.
Captive Power Plants
Under the Captive Power Plant Policy (CPPP), captive power plants are defined as power projects that generate electricity for their own use or for the use of a specific group. Power generated by such plants may be sold at a predefined rate, which must not exceed the rate at which the BPDB sells electricity to distributors (excluding the wheeling charge). The producer is required to enter into a PPA in accordance with the template provided in the CPPP. Connection to the national grid is permitted at the producer’s own expense, with the PGCB entitled to charge a wheeling fee. Additionally, a power generation licence must be obtained from the BERC. To connect to the grid, the plant must have a capacity exceeding 20 MW.
Small Power Plants
SPPs are defined as power plants with a capacity of less than 10 MW. Such power produced may be sold to anyone at a predefined rate where the BPDB, DESA and the REB are present and, for other areas, the price may be mutually negotiated. Connection to the grid is possible at the plant’s own expense and the PGCB may charge a wheeling fee. Small power plants may sell electricity to BPDB distributors or to large consumers (such as export processing zones, special economic zones, private economic zones, hi-tech parks and large real estate) that meet the following voltage level and load characteristics:
Net Metering
Under the NMG 2025, captive power plants, SPPs and private solar grids are permitted to connect to the national grid through the local distributor by executing a net-metering agreement. This allows any export of electricity to be offset against imports from the local distributor within a 12-month settlement period. If there is a net export at the end of the settlement period, the excess is settled through cash payments by the distributor or utility.
The construction and operation of transmission lines and associated facilities (including distribution) remain prohibited for the private sector. Such ownership, construction and operation are governed by the Electricity Act 2018, which grants the government a monopoly in these sectors, as outlined in 2.3 Regulated Activities.
Renewable energy projects, such as wind and solar power, are not subject to competitive bidding for dispatch processes for power generation. The electricity generated by IPPs is purchased at a specified voltage at the interconnection point, typically located at the outgoing terminal of the plant’s substation. The national grid interconnection line from this substation is provided by the relevant public agency. However, the private power producer bears the costs for interconnection facilities up to the outgoing terminal, including equipment such as step-up transformers, circuit breakers, and switchgear.
The concession agreement stipulates that the PGCB will provide the interconnection point, while the project company is responsible for developing the necessary infrastructure to supply power. This transmission line must be handed over to the PGCB or another authorised distributor or agency for maintenance, at no cost to the private developer.
Currently, Bangladesh lacks a formal framework for standalone energy storage plants. However, the IEPMP has proposed nine candidate sites for pumped storage power plants (PSPPs) – each with an installed capacity of 500 MW ‒ to provide peak supply in areas with low annual load factors. An implementation plan for these PSPPs is yet to be finalised.
The national grid is operated and maintained by the PGCB through the National Load Dispatch Centre (NLDC), which has the authority to restrict, curtail or suspend energy dispatch by generators in accordance with the Grid Code 2023. There are currently no general rules or guidelines in place for incentivising flexibility or demand-side management. The standard PPAs typically adopted a “take or pay” payment mechanism, except in cases where interconnection or dispatch restrictions are attributable to the offtaker or grid constraints. Under the PPA terms, in such instances, the offtaker is liable to make payments based on deemed generation, up to the dependable capacity agreed in the PPA.
While there are no utility-level off-grid solutions for the transportation and supply of renewable energy to end users, the government permits isolated grids for areas not connected to the national grid. These isolated grids are classified as mini, micro, pico, and nano systems, with capacities of up to 5 MW. Additionally, under the NMG 2025, power producers can supply energy to local utility distributors.
The government of Bangladesh has not yet established a formal framework for the transportation and storage of gas derived from renewable sources.
The government of Bangladesh has not established any formal framework for the transportation and storage of heat from renewable sources in Bangladesh, as this is not considered a viable utility in tropical climates such as Bangladesh’s.
The government of Bangladesh has not yet finalised a framework for the transportation and storage of hydrogen or other biofuels.
Currently, Bangladesh does not have an open market for electricity, whether in the form of a capacity market or an energy market. The BPDB used to act as the sole buyer, procuring electricity from IPPs, SPPs, corporatised generation companies, and other publicly owned power plants. The bulk power tariff rates were negotiated and determined based on factors such as fuel type, plant load factor, and other operational parameters. The BPDB usually exercised its statutory authority to purchase electricity at these negotiated prices, with approval from interministerial committees. Typically, the BPDB enters into PPAs lasting up to 20 years, in line with the Policy. Once the PPA term expires, the BPDB renegotiates the tariff with the developer.
The tariff under the Policy generally comprises two main components, as follows:
Notably, for renewable projects such as solar parks and wind farms, energy payments are made on a “take or pay” basis – unlike fuel-intensive projects such as waste-to-energy projects.
On the other hand, the BPDB sells electricity to the distribution utilities at wholesale tariff rates. These rates, along with transmission and distribution tariffs, are used to calculate the retail tariff – all of which are regulated by the BERC per the following regulations:
Details of the latest feed-in and terminal tariff orders can be found on the BERC portal. During the past decade, consumer tariffs have risen at least ten times in an effort to reduce the gap between consumer income and the BPDB’s expenditure, especially concerning guaranteed capacity payments to power producers.
The BERC is currently working on enacting a “BERC (Tariff for Rooftop Solar PV Electricity) Regulation”, as prices for rooftop solar projects are currently negotiated between developers and users.
For captive power plants selling electricity to any utility, the tariff must not exceed the rate at which the BPDB sells power at 132 KV (Category G1), excluding wheeling charges. However, if fuel prices rise, the fuel component of the captive power plant tariff may be adjusted accordingly. Captive power plant tariffs must be pre-approved by the BERC.
The PEPPRG2025 introduced the concept of MPPs, whereby anyone can enter into power purchase contracts with any PSPUs, including distributors in any area subject to supervision by the BERC. Transmission and distribution networks may be used through open access or wheeling arrangements. However, implementation of the PEPPRG2025 is still pending, with a number of plants in the pipeline.
The government of Bangladesh has not yet finalised any framework for the trade and supply of gas from renewable sources.
The government of Bangladesh has not yet established any formal framework for the trade and supply of heat from renewable sources, as this does not seem to be a viable utility in tropical climates such as Bangladesh’s.
The government of Bangladesh has not yet finalised any framework for the trade and supply of hydrogen and other biofuels.
Long-term (corporate) PPAs are not yet a customary practice in Bangladesh – although they are becoming increasingly popular, particularly among industries with substantial unused roof space. These power plants are generally classified as captive power plants or SPPs, as discussed in 3.5 Local and Domestic Production.
In early 2021, Bangladesh was authorised as a country for issuing international renewable energy certificates (I-RECs). Both I-RECs and TIGRs (tradable instruments for global renewables) are traded privately between buyers and sellers and are registered on the I-REC and TIGR registries, respectively. Although there are currently no restrictions on the trading of renewable energy certificates (RECs) in Bangladesh, there is also no specific legislation in place to regulate or supervise the REC market.
In late 2024, a local designated national authority (DNA) was formed by the Department of Environment (DoE). Since then, a few standards specifically for solar homes have been developed and the local DNA will be responsible for recording, measuring and monitoring solar home systems. The current framework is yet to be extended for utility-scale projects.
The majority of renewable energy developments in Bangladesh have been in the onshore sector. Several utility-scale solar plants ‒ with capacities ranging from 50 MW to 250 MW – have reached commercial operation and numerous additional projects are in the pipeline. A 60 MW wind park was connected to the grid in 2024, with several more wind parks currently under development or in the award stage. Although there are a few waste-to-energy projects in development, only one 36MW plant has reached the construction stage. According to the BPDB’s Annual Report, as of 30 June 2023, the country’s total installed power generation capacity was 24,911 MW, with only 2.76% from renewable energy sources.
Award of Concessions
IPPs are generally projects awarded under the Policy for a term typically ranging from 15 to 20 years. These concessions are negotiated between the offtaker (BPDB) and the power producer. Concessions are granted in the form of a letter of intent (LoI) – and after meeting specific conditions, an agreement is executed, committing the government to the project. Alongside the implementation agreement, a PPA is also signed, outlining the terms of power offtake; in some cases, a fuel supply agreement and land lease agreement are included. The tariff structure for these agreements is discussed in 5.1 Electricity.
To accept the LoI, the awardee must provide an irrevocable and unconditional bank guarantee as security. The Bangladeshi government’s obligations – for example, the BPDB’s power purchase and payment obligations under the PPA, as well as the PGCB’s interconnection obligations – are secured through a guarantee agreement. Awards of PPAs to private power generators are mandated through the following processes:
As per the traditional Unsolicited Proposal Guidelines for Solar Projects, the applicant needs to meet the following criteria:
Land Acquisition
If land lease is not a part of the concession, then demonstration of land procurement is a prerequisite for the execution of concession agreements. Bangladesh recognises the concepts of freehold title of land, leasehold title of land, and general leases (as per the Transfer of Property Act 1882), as well as easements and licences (as per the Easements Act 1882). Freehold title of land, leasehold title, and general leases are necessary for plant operations, whereas easements and licences are frequently granted for the use of transmission lines and wind masts on a specific part of land without requiring substantial control or outright ownership of the land.
The right of way, as permitted under the Electricity Act 2018, is governed by the Acquisition and Requisition of Immovable Property Act 2017. When acquiring land, the acquirer is subject to resettlement obligations, which are imposed as part of the environmental clearance certificate (ECC). This resettlement must be conducted by an NGO through the formulation of a rehabilitation action plan.
The Guidelines for the Development of Renewable Energy Projects using Land Owned by Government Agencies under PPP Modality, 2026 have been introduced to facilitate greater autonomy for the government authorities in allocating land for PPP renewable projects against lease fee or minority equity stake or a combination of both, as per the feasibility study.
Interconnection
Under the relevant policy, electricity is purchased from the IPP at a specified voltage and delivered from the outgoing terminal (or interconnection point) of the power plant’s substation, as agreed with the BPDB. The transmission line for connecting to the national grid is either provided by the relevant government agency or must be constructed by the IPP. The IPP is responsible for the costs of all interconnecting facilities up to the outgoing terminal of the private power project, including step-up transformers, circuit breakers, and associated switchgear.
The concession agreement includes the PGCB as a party responsible for providing the interconnection point. The IPP must develop the necessary facilities to supply power up to that point. Before any construction begins on the interconnection or transmission line, the IPP must negotiate the entire interconnection plan with the PGCB and obtain its formal approval.
Environmental Clearance
The environmental laws of Bangladesh consist of the Environmental Policy 1992 and the Bangladesh Environment Conservation Act 1995 (ECA) read in conjunction with the Environment Conservation Rules 2023 (ECR).
The ECR categorises all projects as one of four divisions – green, yellow, orange, or red. Renewables fall into the yellow/orange category and waste-to-power and gas-fired IPPs fall into the orange category, whereas gas-fired IPPs above 100 MW and coal-fired IPPs are categorised as red. Any power project above 5 MW must obtain an ECC from the DoE before the COD as follows.
The EIA approval and the ECC will typically be valid for a period of one year from the date of issue and must be renewed 30 days before expiry. The site preparation work (and development/construction for renewables) can be initiated after an LCC is obtained from the DoE. Development works may be initiated after the EIA approval. For red-category plants, development/construction can start after EIA approval.
Other Authorisations
Beyond the environmental clearance process, additional conditions apply to the site, construction and operation of a generation facility, as follows.
Other approvals required – and the typical chronology thereof ‒ for a typical IPP include the following.
Currently, there are no operational offshore renewable energy projects in Bangladesh, except for one proposed wind power park in the planning stages. The same regulatory processes and requirements outlined in 6.1 Onshore Project Development apply to offshore developments.
Non-recourse project financing is the predominant funding mechanism for renewable energy projects in Bangladesh. Multilateral development banks, commercial banks, and climate funds are major financiers, often supported by export credit agency coverage. Project financing from shareholders is also permitted to a certain extent. For projects with state participation, the government can issue sovereign guarantees up to its equity stake.
Foreign borrowing is possible for IPPs, subject to approval from the relevant regulator designated by Bangladesh Bank (eg, the Bangladesh Investment Development Authority for private projects or the Non-Concessional Loan Sanction Committee for public projects with less than a 25% grant component). The key conditions are as follows.
Financing from local banks or financial institutions, such as the Infrastructure Development Company or the Bangladesh Infrastructure Finance Fund Limited, is also available. These facilities are often used as bridge loans until full financial closing is achieved. For local borrowing, the maximum allowable debt-to-equity ratio is generally 50:50.
Lenders typically secure project financing facilities in Bangladesh through a combination of the following security mechanisms. Although the facility agreement itself can be governed by any law, the securities are usually governed by Bangladesh law to ensure enforceability in local courts, priority ranking in insolvency proceedings, fast-track enforcement, and other benefits. Securities may be subject to a 0.1% stamp duty (capped at BDT50 million) on the secured value and a 0.1% registration fee (for real assets). The available securities are:
Debt service accounts and debt service reserve accounts are generally permitted for foreign borrowing facilities, subject to Bangladesh Bank approval. Offshore lenders often appoint local banks as security agents to facilitate enforcement. This arrangement typically does not require any further approvals beyond the original foreign borrowing approval.
The government has granted income tax exemption to institutions engaged in generating and supplying renewable solar power through the establishment of solar power plants, subject to certain conditions. The exemption applies to income derived from such activities up to 30 June 2035.
For IPPs (other than coal-fired IPPs) that commenced production before 30 June 2024, a tax exemption on income tax was available for 12 years, including:
For IPPs commencing production after 30 June 2024, the tax holiday is 100% exemption during the first five years, 50% exemption during the next three years and 25% exemption during the next two years.
For rooftop projects, there is a special incentive for those installed before 28 February 2027. Considering the current market prices and the prices received through various tenders by the BPDB, the maximum generation cost of rooftop solar power, including batteries, has been set at BDT8.00 per unit. As part of the special incentive, a 20% profit and an 11.25% premium will be added to this generation cost, fixing the price of electricity at BDT10.50 per unit. If any customer is able to install such a solar power system at a cost lower than the prescribed cost, the savings will be considered as their dividend. According to the NMG 2025, customers who install rooftop solar power systems by 28 February 2027, and supply surplus electricity to the national grid after meeting their own consumption will receive BDT10.50 per unit for electricity supplied to the national grid for the next three years, until 28 February 2030.
For power projects, no VAT is levied on earnings generated from the supply of power.
Companies can import plant and equipment and spare parts up to a maximum of 10% of the original value of total plant and equipment within 12 years of commercial operation without paying customs duties, VAT, other surcharges, or import permit fees. This exemption excludes locally produced equipment meeting international standards.
Companies are not restricted to using the national insurance company (Sadharan Bima Corporation). They can choose insurance providers as required by lenders and utilities. However, foreign insurance is only allowed for policies unavailable in Bangladesh.
Instruments and deeds requiring registration under local regulations are exempt from stamp duty payments.
Currently, Bangladesh lacks specific guidelines or regulations for power plant decommissioning. However, IPP owners must adhere to the environmental clearance terms ‒ as outlined in the ECC – during the decommissioning process, which typically require restoring the site to its original condition. There is no obligation to establish a dedicated decommissioning fund throughout the facility’s operational life. Decommissioning costs can be covered at the end of the plant’s physical or economic life.
As mentioned in 1.1 Energy Transition, the government of Bangladesh enacted a new renewable energy policy in 2025. Key changes include introducing standalone storage plants as a distinct product category, with the tariff model still under development.
The REPB 2025 also aims to establish an institutional framework for RECs and enact the BERC regulation. Furthermore, it proposes:
Under the newly floated National Rooftop Solar Program, the government aims to install solar systems on the rooftops of government offices, educational institutions and commercial buildings by 28 February 2027. The target is to add 3,000 MW of electricity to the National Grid. Depending on rooftop size, installations will range from 10 kW to several megawatts.
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Renewable Energy in Bangladesh: Opportunities in Green Energy and the Blue Economy
Introduction
Bangladesh stands at an important stage in its energy transition. The country has made substantial progress towards universal electricity access, but its power sector remains heavily dependent on natural gas and other fossil fuels. Declining domestic gas availability, increasing reliance on imported liquefied natural gas (LNG) and exposure to international fuel prices have placed greater pressure on the cost and security of conventional power generation.
Against this backdrop, renewable energy has assumed increasing importance not only as an environmental objective, but also as a matter of energy security, economic resilience and long-term development. Bangladesh’s growing electricity demand cannot sustainably be met through continued dependence on finite conventional resources and imported fuels. A more diversified and sustainable energy mix is therefore necessary to ensure the reliability and long-term security of electricity supply. Recent government initiatives indicate a gradual shift towards a more diversified and commercially oriented energy market.
Bangladesh’s renewable energy journey began with the Renewable Energy Policy, 2008, which sought to encourage investment in renewable energy and reduce dependence on conventional fuels. Since then, the policy and regulatory landscape have developed through several initiatives, culminating in the Renewable Energy Policy, 2025. This was followed by the Policy for Enhancement of Private Participation in Renewable Energy-based Power Generation, 2025, which seeks to enhance private participation in renewable energy-based power generation. The government has also revised the net metering framework and introduced measures intended to facilitate private investment and expand rooftop solar. Most recently, the Guidelines for Development of Renewable Energy Projects introduced a dedicated framework for developing renewable energy projects on government-owned land under the public-private partnership (PPP) modality.
These developments reflect a broader approach to renewable energy development and provide a more ambitious framework for public and private participation.
The challenges of the present power distribution is another major hurdle. Weak and ageing grid infrastructure has resulted in serious systems failure. The distribution system, distribution bottleneck, and cabling have also resulted in significant electricity loss.
For investors and businesses, these developments represent a significant change in the market. Solar and onshore wind currently offer the most immediate opportunities, while Bangladesh’s maritime resources along with haor (north-eastern wetland) regions may provide longer-term opportunities for renewable energy within the broader blue economy.
This article provides an overview of the principal legal and regulatory developments and highlights key practical considerations for businesses and investors seeking to participate in Bangladesh’s renewable energy sector.
The policy framework: from 2008 to 2023
The Renewable Energy Policy, 2008
Bangladesh’s first formal renewable energy policy was approved in 2008. Its principal objectives were to harness renewable resources, encourage public and private investment and reduce dependence on non-renewable energy.
However, the targets were not fully achieved and renewable energy deployment remained limited.
Subsequent policy and planning developments
Subsequent initiatives included the Solar Power Development Programme, 2013, the Bangladesh Delta Plan 2100, the Perspective Plan 2021–2041, the Eighth Five-Year Plan and the Integrated Energy and Power Master Plan, 2023. These instruments progressively incorporated renewable energy, efficiency and climate considerations into national development planning.
However, the experience of the past decade has demonstrated that ambitious targets alone are insufficient. Land availability, grid connectivity, financing, procurement, regulatory certainty and institutional co-ordination remained important constraints to large-scale renewable energy development.
The Renewable Energy Policy, 2025 – a new era
Targets and fiscal incentives
The Renewable Energy Policy, 2025 represents the most significant update to Bangladesh’s renewable energy policy framework since 2008. It sets a target of generating at least 20% of electricity from renewable sources by 2030 and 30% by 2040, with a corresponding renewable generation capacity target of 6,145 MW by 2030.
The Policy covers a broad range of renewable sources, including solar, wind, hydropower, biomass, biogas, waste-to-energy and marine-based resources. Importantly, its wind provisions recognise both onshore and offshore wind, providing a policy basis for technologies extending beyond conventional land-based renewable generation.
The Policy also provides enhanced fiscal incentives. Qualifying renewable energy producers are eligible for a ten-year corporate income tax exemption, followed by a further period of partial exemption, subject to applicable conditions. The incentives cover qualifying solar, wind, hydro, biomass and biogas projects, including grid-connected and off-grid projects registered with the Sustainable and Renewable Energy Development Authority (SREDA).
These incentives are intended to improve project economics and attract greater private and foreign investment. Their availability and precise application should, however, be assessed alongside the project’s corporate structure, financing arrangements and applicable tax requirements.
Private sector participation and direct sales
A significant feature of the 2025 Policy is its express support for private-sector participation. Private entrepreneurs may generate electricity from renewable sources and supply eligible consumers, including export-oriented industries, at mutually agreed prices.
This creates potential commercial models beyond traditional government-procured power projects and may enable developers to structure projects around the electricity requirements of specific industrial and commercial consumers.
Rooftop solar and competitive procurement
The Policy also supports the National Rooftop Solar Programme and promotes competitive bidding for renewable energy projects. This is intended to improve transparency in procurement and create greater opportunities for credible private developers.
Renewable Energy Fund
The Policy provides for a Renewable Energy Fund to support activities including feasibility studies, pilot projects and technology demonstration. The Fund is intended to address some of the financing and development barriers that have historically affected renewable energy projects.
National Renewable Energy Roadmap, 2026
The draft National Renewable Energy Roadmap, 2026 sets out a proposed implementation pathway towards the 2030 and 2040 renewable energy targets, with particular emphasis on rooftop and ground-mounted solar. It also envisages greater use of private investment, PPPs, green and climate finance, alongside grid modernisation and battery energy storage.
The Roadmap proposes a phased approach, with deployment expected to accelerate from 2028 as land, procurement, financing and grid preparations progress. As it remains a draft, it should be regarded as an indication of policy direction rather than a binding regulatory instrument. However, the aspects related to land scarcity and food sufficiency are not addressed.
The national planning commission frameworks for 2026 directly address the haor region’s prospects, balancing aggressive targets for renewable energy with strict new guidelines to protect these fragile wetlands. Rather than treating the haor region as empty wasteland for massive industrial solar fields, the latest policy shifts the focus towards community-driven, climate-resilient installations.
Private participation and commercial power generation
Policy for Enhancement of Private Participation in the Renewable Energy-based Power Generation, 2025
The government’s 2025 policy for enhancing private participation in renewable energy-based power generation seeks to create a more commercially oriented framework for private renewable energy projects.
A key feature is the scope for private producers to establish renewable energy-based power plants and supply electricity to selected consumers. This represents a departure from the traditional model in which the state-owned power sector played the dominant role as the purchaser of generated electricity.
Project size and regulatory treatment
The framework provides simplified regulatory treatment for renewable energy projects of 5 MW or below, including registration with SREDA, while larger projects remain subject to applicable licensing and regulatory requirements.
The distinction is commercially significant for investors considering distributed generation and smaller-scale projects. For larger projects, investors should assess the full licensing, grid-connection and contractual requirements at an early stage.
Practical considerations for project developers
Project developers should first determine the appropriate project structure, including the proposed generating capacity, intended consumer and mode of electricity supply, and identify the applicable registration, licensing and grid-connection requirements.
Early due diligence should cover the proposed site, land rights, environmental requirements, grid connectivity and the regulatory status of the intended consumer. The electricity supply arrangement should also be carefully structured, particularly in relation to pricing, payment security, tenure, termination and allocation of regulatory risks.
The project should thereafter be structured around the applicable regulatory approvals and contractual framework, with the relevant licences, permits, grid arrangements and electricity supply agreements secured before financial close and commencement of construction.
Since Bangladesh is one of the most densely populated countries, the decision to acquire land against food scarcity is going to be a major economic and political decision. The legal aspects of food and energy security must be outlined prior to any investment, and alternative sources of energy may be offered greater benefits.
Government-owned land for renewable energy projects: PPP Guidelines, 2026
A new route for utility-scale development
One of the most significant recent developments is the issuance of the Guidelines for the Development of Renewable Energy Projects using Land Owned by Government Agencies under PPP Modality, 2026 by the Power Division. The Guidelines seek to facilitate the use of unused or underutilised government-owned land, including haor wetlands, for renewable energy projects through the PPP framework.
The Guidelines are particularly significant because land availability has historically been one of the principal constraints on utility-scale renewable energy development in Bangladesh. By creating a mechanism for government agencies to make suitable land available for renewable energy projects, the framework seeks to reduce the land-acquisition burden on private developers and accelerate project development.
PPP structure and institutional roles
The framework brings together the relevant land-owning government agency, the Bangladesh Power Development Board (BPDB), the PPP Authority (PPPA), Power Grid Bangladesh PLC, the Power Division, SREDA and private project developers. The BPDB is envisaged as the contracting authority, while the relevant government agency retains its role as the land-owning authority. The PPPA functions as the central co-ordination body, with the Power Division and Power Grid Bangladesh PLC acting as signatories to the Government Facilitation Agreement, and SREDA serving as the nodal agency for renewable energy-related regulatory and facilitative functions.
From a business perspective, the model may offer an important alternative to privately acquiring or leasing large areas of land. It may also improve project bankability by providing a more structured allocation of responsibilities between public authorities and the private project company.
First practical application
The framework has already moved towards implementation. On 7 May 2026, the Bangladesh Economic Zones Authority (BEZA) and the BPDB signed an MoU for a pilot renewable energy project using government-owned land at Sonagazi, Feni. Under the proposed arrangement, BEZA will act as the land-owning authority and the BPDB as the contracting authority.
The Sonagazi project is intended to demonstrate the application of the new PPP framework and may provide a useful model for future renewable energy projects on unused or underutilised government land, including wetlands.
Significance for prospective project companies
The 2026 Guidelines could materially expand the pipeline for utility-scale renewable energy projects by bringing public land into productive use. They are particularly relevant to solar and wind projects, which generally require substantial land areas.
The Guidelines do not, however, eliminate the need for project-level due diligence. Investors will still need to assess title and possession, permitted land use, site suitability, environmental requirements, grid connectivity, project approvals and the contractual allocation of risks among the relevant government agencies and private parties.
The success of this framework will ultimately depend on the speed and transparency of land identification, project preparation and competitive procurement, as well as the bankability of the resulting PPP and power purchase arrangements.
Institutional framework and licensing
Key institutions
SREDA is the principal government authority responsible for promoting and facilitating renewable energy and energy efficiency. SREDA plays an important role in project registration and regulatory co-ordination within the renewable energy framework.
The Bangladesh Energy Regulatory Commission (BERC) is the principal energy regulator relevant to licensing and regulatory oversight of larger electricity generation projects. The Power Division under the Ministry of Power, Energy and Mineral Resources remains responsible for broader policy oversight.
Licensing and approvals
Depending on the size and structure of a project, developers may require registration with SREDA, a generation licence from BERC and various other regulatory approvals. Environmental approvals, land-related arrangements and grid-connection approvals are also important components of the development process.
Projects supplying electricity through the national grid must address grid-connection requirements and the contractual arrangements applicable to the relevant purchaser or consumer. For investors, project development should therefore be viewed as a sequence of interdependent approvals rather than as a single licensing exercise.
The precise regulatory requirements should be assessed at the outset of each project. Project capacity, ownership structure, the intended consumer, method of electricity sale, location and whether government-owned land is being utilised may all affect the applicable approval pathway.
Practical regulatory considerations
While recent reforms seek to streamline project development, investors should allow sufficient time for land, environmental, grid and regulatory approvals. Early regulatory mapping can identify potential obstacles before substantial project expenditure is incurred.
For foreign investors in particular, legal due diligence should also address corporate structuring, foreign investment requirements, financing, repatriation, taxation, contractual protections and dispute-resolution mechanisms.
Net metering and rooftop solar
Bangladesh’s renewable energy development has so far been predominantly solar-led. Solar home systems, rooftop solar installations, solar irrigation pumps and grid-connected solar plants have demonstrated the applicability of solar technology across the residential, agricultural, commercial and industrial sectors. Solar irrigation is particularly relevant in reducing reliance on diesel and grid electricity for agricultural pumping, while rooftop solar allows existing buildings and structures to be utilised without requiring additional land.
The government is now seeking to accelerate this transition. The National Rooftop Solar Programme, revised net metering framework and increasing development of utility-scale solar projects demonstrate that solar energy is moving from individual initiatives towards a more structured component of the national energy strategy.
The draft National Renewable Energy Roadmap, 2026 proposes producing 5,500 MW of rooftop solar and 4,500 MW of ground-mounted solar between 2026 and 2030, illustrating the central role expected to be played by solar in the near term. The revised Net Metering Guideline, 2025 is an important development for rooftop solar. The framework allows eligible consumers to use electricity generated from rooftop renewable energy systems and to export surplus electricity to the distribution grid, subject to the applicable rules.
The revised framework broadens eligibility and supports wider participation by residential, commercial and industrial consumers. This potentially expands the market beyond large industrial users and creates opportunities for solar developers and service providers. Under the 2026–2030 renewable framework, rooftop solar is slated to provide more than half of the newly targeted clean energy capacity.
Onshore wind power
Regulatory framework
Onshore wind represents an emerging opportunity alongside solar. The government is developing a more specific framework for onshore wind project development, including resource assessment, site identification and relevant approvals.
A draft Onshore Wind Power Project Development Guideline for Bangladesh, 2026 has been published by SREDA. As it remains a draft, its provisions should be treated as proposed rather than as a final regulatory framework. The initiative nevertheless indicates a move towards greater regulatory clarity for wind projects.
Wind projects require careful assessment of resource quality, land availability, environmental considerations and grid connectivity. The availability of a suitable site therefore remains central to project feasibility.
Environmental and social considerations
Wind projects also require appropriate environmental and social assessment and consideration of affected communities and land users. These matters should be addressed during project preparation rather than after the project has been structured.
Renewable energy and the blue economy
Marine renewable energy
Bangladesh’s maritime resources present longer-term opportunities for renewable energy within the broader blue economy. Offshore wind, floating solar and other marine renewable technologies may eventually complement the country’s land-based renewable energy development.
Offshore wind remains largely untapped in Bangladesh despite the country’s extensive coastline and maritime area. The Bay of Bengal presents a potential opportunity for renewable energy generation, and seasonal wind patterns provide a basis for further resource assessment. However, offshore wind technology remains at an early stage, with limited technical expertise, research, resource assessment, financing and supporting infrastructure presenting significant challenges.
In addition, Bangladesh has the largest river delta in the world, offering large river channels, oxbow lakes, and localised bodies of water that present ideal surfaces for floating solar panels, bypassing land-scarcity issues.
Commercial development would require appropriate regulatory arrangements for the use of maritime areas, investment incentives and bankable power purchase arrangements, together with adequate grid and transmission infrastructure and offshore logistics. Capacity-building, feasibility studies and further wind-resource assessment will also be important.
The emerging frontier
The blue economy should therefore presently be regarded as an emerging frontier rather than an established renewable energy market. Offshore renewable projects would also require consideration of fisheries, shipping, coastal communities and marine environmental safeguards. The recognition of offshore wind in the Renewable Energy Policy, 2025 provides a policy basis for this longer-term opportunity.
The draft Renewable Energy Roadmap, 2026 also identifies offshore wind resource assessment as a future milestone, while envisaging a possible 200 MW offshore wind pilot only in the 2031–2035 phase. These proposals remain subject to further assessment and should not be regarded as approved project commitments.
Investment outlook and practical considerations
Investment and financing
The scale of the proposed expansion will require significant private investment. The roadmap identifies domestic and foreign investment, concessional, climate and green finance, PPPs and carbon finance as potential sources of capital.
Grid and storage
As renewable penetration increases, grid readiness and storage will become increasingly important. The Roadmap identifies grid modernisation, renewable forecasting, system flexibility and battery energy storage systems (BESS) as key supporting measures.
Investors should therefore assess transmission availability, grid capacity, curtailment risk and potential storage requirements at an early stage.
NDC 3.0
Bangladesh’s Third Nationally Determined Contribution (NDC 3.0) targets renewable energy to meet 25% of total electricity demand by 2035, with part of the target conditional on international finance, technology transfer and capacity-building support.
Together with the 2030 and 2040 targets under the Renewable Energy Policy, 2025, this indicates a continuing expansion of renewable energy in Bangladesh’s power mix.
Legal and commercial due diligence
Investors should undertake early due diligence covering land, regulatory approvals, grid connectivity, environmental compliance, project structure, taxation, technology, financing and contractual arrangements.
For PPP projects, particular attention should be given to the allocation of responsibilities between government agencies, the BPDB, the private project company and other public-sector entities.
For private power supply arrangements, the bankability of electricity sale agreements, payment security, grid arrangements and the relevant regulatory permissions will be central considerations.
The evolving framework therefore creates significant opportunities, but investors should approach projects with careful assessment of regulatory, land, grid, counterparty, currency and implementation risks.
Conclusion
Bangladesh’s renewable energy sector is entering a materially different phase. The Renewable Energy Policy, 2025 has established more ambitious targets and incentives, while the 2025 framework for private participation has opened up greater scope for commercial renewable energy projects.
The revised net metering framework, the proposed Renewable Energy Roadmap, 2026, the Guidelines for use of government-owned land and wetlands under the PPP, 2026 and the emerging framework for onshore wind collectively indicate a gradual move from policy formulation towards project implementation.
The immediate trajectory remains solar-led, with rooftop and ground-mounted solar expected to account for the largest share of new capacity. At the same time, wind and other technologies are likely to play a gradually increasing role as resource assessments, grid infrastructure and regulatory frameworks develop.
Beyond land-based renewable energy, offshore wind offers a longer-term connection with Bangladesh’s blue economy. Its development remains at an early stage, but the combination of Bangladesh’s maritime resources, rivers and oxbow lakes, and the recognition of offshore wind in the 2025 Policy and the proposed resource-assessment pathway in the 2026 Roadmap, provide a basis for future exploration.
The central challenge will be to translate ambitious policy targets into projects that are technically feasible, commercially viable and legally bankable. Clear regulatory pathways, access to suitable land and maritime areas, grid readiness, appropriate financing and effective allocation of project risks will be central to this process.
Bangladesh’s renewable energy transition is therefore moving beyond a question of replacing conventional generation. It is becoming an increasingly important part of the country’s investment, infrastructure and energy-security landscape, with the longer-term potential to extend from green energy on land to renewable opportunities within the blue economy.
The success of this transition will ultimately depend not only on policy ambition, but on implementation: the availability of suitable land, grid readiness, bankable contractual arrangements, efficient approvals, appropriate financing and effective co-ordination among public and private stakeholders. For investors, the emerging framework therefore presents significant opportunities, but also makes early and informed legal, financial, and regulatory due diligence increasingly important.
The most important social and economic prospect of Bangladesh’s renewable energy policy framework is strengthening national energy security and macro-economic stability by cutting costly fossil-fuel imports, while simultaneously creating green jobs and making domestic industries globally competitive.
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