Farah Zahir
Oniket Research Group
Bangladesh’s inauguration of the 60 MW Cox’s Bazar wind installation in March 2024 represents a strategically significant, if symbolically modest, step toward energy diversification. Yet a critical analysis of available evidence reveals that wind power remains structurally peripheral to the national energy matrix, a condition attributable less to resource limitations than to entrenched governance failures.
The Structural Marginalisation of Wind Energy
Bangladesh’s installed generation capacity stands at approximately 28,500 MW, of which over 95 percent is fossil fuel-dependent and approximately 90 percent relies on imported sources, predominantly from Gulf states. Wind’s contribution remains negligible at under one percent of the total. The Cox’s Bazar plant, despite representing the country’s most advanced wind facility, delivered an average output of approximately 10 MW: a capacity factor of 17 percent, considerably below the projected 23 percent. This underperformance reflects both genuine meteorological variability and a deeper structural problem, namely that Bangladesh’s wind portfolio consists of pilot-scale, ad hoc installations rather than a coherent national programme.
Governance Failures and the Policy Deficit
The barriers to wind expansion are predominantly institutional. Technical failures at projects beyond Cox’s Bazar, arising from inadequate wind data, inappropriate turbine specifications, and poor maintenance regimes, have resulted in the operational closure or severe underperformance of multiple installations. The Feni plant was suspended indefinitely due to technical faults and management deficiencies; the Sirajganj plant, completed seven years behind schedule, has yet to achieve target output owing to insufficient wind speeds. These are not incidental setbacks but rather evidence of a governance model that systematically prioritises capacity announcements over engineering rigour. Private investment has been further paralysed by regulatory inertia: the obstructed US-DK Green Energy project illustrates a recurring pattern in which approval frameworks, land acquisition procedures, and grid-access protocols remain structurally misaligned with the operational needs of independent renewable producers. More critically, the Integrated Energy and Power Master Plan continue to privilege imported coal, LNG, and nuclear energy, entrenching a fossil fuel and import-dependent energy trajectory.
Geopolitical and Climatic Urgency
The strategic costs of inaction are escalating. Disruptions to Gulf oil and LNG supply chains, most recently precipitated by the Strait of Hormuz closure following the US-Israel-Iran conflict, have exposed the acute vulnerability of Bangladesh’s import-dependent generation infrastructure. National renewable energy targets of 20 percent by 2030 and 30 percent by 2040 appear aspirational in the absence of structural reform. A 2022 EU-funded feasibility study identified six high-potential coastal sites with a combined generation capacity of 260 MW; a Danish firm is concurrently conducting a 500 MW offshore wind feasibility assessment, indicating a credible development pipeline that policy has yet to convert into deployment. The persistent threat of cyclones further underscores the necessity of codified resilient turbine design standards and parametric insurance frameworks for wind assets.
Priority Reforms
Effective reform requires five concurrent interventions: institutionalising high-resolution wind resource mapping as a mandatory requirement for all project siting and turbine design decisions; streamlining the regulatory framework for independent renewable producers with clear grid-access rights, standardised power purchase agreements, and protection from arbitrary cancellations; restructuring fossil fuel subsidies to establish a level investment playing field for wind and solar energy; codifying cyclone-resistant turbine specifications as enforceable national standards; and formalising a pipeline approval process for the EU-identified coastal sites and the prospective 500 MW offshore project, thereby providing developers with the regulatory certainty required to mobilise capital.
Bangladesh possesses an estimated 30,000 MW of coastal wind potential. The Cox’s Bazar installation establishes proof of concept. The disparity between that potential and current deployment does not reflect a shortage of resources or investment appetite; it reflects a governance deficit. Whether policymakers are prepared to address that deficit through substantive reform, rather than successive announcements, remains the defining question of Bangladesh’s energy transition.
