Bangladesh Must Prepare for a $200 Oil Shock – Rooppur Could Be Critical to Averting a Summer Power Crisis
Bangladesh’s first and only nuclear power project has received the regulatory clearance needed to begin generating electricity at Rooppur Unit 1. On 29 October, the Bangladesh Atomic Energy Regulatory Authority (BAERA) authorized Stage C power-startup activities; testing began the following day.
This is a major milestone, but not yet the start of electricity deliveries to the national grid.
Power will rise gradually, with turbine tests, synchronization and further regulatory approvals still ahead.
The timing matters: Bangladesh has only months to prepare for the summer 2027 electricity peak.
Fossil-fuel exposure in electricity generation
Figure 1. Percent of domestic generation, approximate 2024-25 data. Dark bars estimate the IMPORTED-fossil share within total fossil generation; imported power is excluded. Nepal figure refers to domestic generation. Sources: regional electricity statistics and earlier country comparisons; imported shares are illustrative estimates.
The International Energy Agency reported on 14 October that observed oil inventories were 509 million barrels below their end-February level, and that on-land stocks were around their lowest level since 2016.
North Sea Dated crude was approximately $134 a barrel when the report was prepared.
A government stress test should therefore examine $150 and $200 crude, with separate scenarios for LNG, diesel, HFO, coal, freight and insurance. These are prudent shocks to model, not forecasts.
BPDB average electricity purchase prices
Figure 2. Tk per kWh, FY2024-25, including applicable capacity charges. Source: BDPolicyLab analysis of BPDB data, 23 October 2026. Category averages do not reflect each plant’s variable cost.
Bangladesh is among the most imported fossil-dependent economies in terms of power generation in the world. Which leaves us dangerously exposed to oil price shocks globally.
The much appreciated, government’s timely effort to drastically and aggressively increase rooftop solar, merchant solar plants and solar IPPs goes a long way in reducing imported energy costs. However for 24×7 baseload power we need nuclear power.
The country’s vulnerability reflects long-standing choices about capacity, fuel supply and contracts.
Under Sheikh Hasina’s administration, electricity investment expanded around rental and independent power plants, imported LNG and coal, alongside imported electricity, while domestic gas exploration and development failed to keep pace.
Whether any government deliberately intended to maximize imports is a claim that needs a documented examination of decisions and beneficiaries. The economic consequences of expensive fuel and capacity commitments, however, are measurable.
An October 2026 analysis of BPDB’s FY2024-25 figures found that electricity from fuel-oil sellers, including rental and independent producers, averaged Tk 27.29 per kilowatt-hour once applicable contracted payments were counted.
Coal-fired electricity averaged Tk 13.28 and gas-fired electricity Tk 6.49. The oil figure covers the entire fuel-oil category-not rental plants alone-and is an average purchase price rather than a marginal dispatch cost. It nonetheless demonstrates why oil-fired generation is the costliest major category of BPDB purchases.
Foreign-exchange exposure compounds the problem. LNG, coal, petroleum and electricity imports compete for the dollars generated through exports and migrant-worker remittances. A fuel-price shock would pressure the taka, subsidies, power tariffs and industrial activity.
Energy Minister Iqbal Hassan Mahmood acknowledged in September that expensive LNG was affecting industrial production and fiscal space.
On 27 October he announced duty relief for solar-power equipment and incentives for rooftop solar with batteries, a constructive measure that now needs rapid execution.
Rooppur offers a near-term way to reduce imported-fuel requirements, provided commissioning progresses safely.
The attached project briefing shows that six comparable VVER-1200 reactors took roughly 6.8-9.2 months between first criticality and commercial operation. Rooppur Unit 1 first achieved criticality on 11 October 2026.
A proposed July 2027 full-output target would require disciplined execution; the briefing’s more cautious commercial-operation assessment extends into October 2027.
Comparable nuclear reactor commissioning durations
Figure 3. Months from first criticality to commercial operation. Historical VVER-1200 values are drawn from the supplied Rooppur briefing. Rooppur’s 10.5 months is the midpoint of a 9-12-month projected window (approximately July-October 2027), NOT an observed result or official schedule.
The government should establish one integrated critical-path programme for Rooppur Unit 1: ensure uninterrupted access to specialist personnel and spare parts; complete the turbine, generator, control and protection tests; finish all transmission and dispatch-control interfaces; verify adequate spinning reserve for a large-unit trip; and publish milestone-by-milestone readiness reports.
BAERA must retain full independence to require any test or corrective work it considers necessary. Acceleration should eliminate avoidable logistical and coordination delays-not compress nuclear safety tests.
Unit 2 warrants parallel preparation, but not wishful scheduling. Its first-core fuel has arrived in consignments but has not been loaded.
The supplied briefing reports a contractor-proposed fuel-loading date in June 2027 and doubts about a 2027 handover.
Starting trial generation during summer 2027 would be a stretch objective, not a dependable basis for the summer supply plan.
Construction, systems completion, inspection, staffing and fuel-loading preparation should move in parallel wherever technically permitted.
The financial exposure is large even before LNG and coal price movements are counted. At fixed volume, raising crude from $100 to $200 doubles the crude purchase bill.
For every 10 million barrels bought, the difference is $1 billion before product premiums, insurance and shipping.
Bangladesh should publish a transparent monthly supply-and-fuel balance for summer 2027 under these shocks, showing available gas, coal, oil, solar, imported electricity and realistic Rooppur output.
Illustrative crude import-price stress test
Figure 4. US$ billions for a hypothetical purchase of 10 million barrels. These values are sensitivity arithmetic, not a forecast of Bangladesh’s actual import volumes or total energy bill.
The policy priorities are therefore immediate: bring Rooppur Unit 1 to reliable grid supply as swiftly as testing allows; complete work that could shorten Unit 2’s eventual commissioning; convert rooftop-solar incentives into actual output; increase domestic-gas exploration and workovers; and secure affordable, diversified fuel supply for contingencies.
July 2027 full output from Unit 1 should be treated as an ambitious management objective, alongside a credible later-commissioning scenario.
The risk is not just a shortage of installed megawatts, but of affordable, deliverable energy when demand peaks.
The oil shock is real, and thus government must prioritize progress of our only nuclear power project to ensure significant electricity production by July 2027 and full 2400 MW availability by Q4 of 2027.
