One Home, One Farm, One Power Station
Extending Ekti Bari Ekti Khamar into energy independence: solar panels on every rooftop and every livestock shed, transforming 10 million rural homesteads into distributed power stations that generate electricity and protect farm animals from heat.
March 2026: Live Crisis
The Strait of Hormuz is closed. Bangladesh has imposed fuel rationing. Universities shut down. Troops deployed at oil depots. The IEA has released a record 400 million barrels from emergency reserves, the largest coordinated release in history.
Every year, billions of dollars flow out of the country to import fossil fuels, money that could build schools, hospitals, and a brighter future.
Annual fossil fuel imports
Forex reserves, but $16-17B/yr energy imports post-crisis
Electricity from fossil fuels
LNG imports alone (2025)
LNG spot price (was $10.73)
BD procurement price, March 2026
72–81% of Bangladesh's LNG supply is exposed to the Strait of Hormuz (Qatar 64% + Oman 10% + Excelerate/QatarEnergy 17%). 100% of crude oil from Saudi Arabia and UAE transits Hormuz. One chokepoint controls nearly all of Bangladesh's energy supply.
Bangladesh has 7–14 days of commercial fuel stock. No dedicated strategic reserve. Japan has 254 days. South Korea 200+ days. Even India has 9.5 days and is expanding. Bangladesh has nothing.
Bangladesh receives 4–5 kWh/m²/day of solar radiation across 94% of its land, with 6.5 hours of daily sunshine. A national asset sitting on every rooftop and livestock shed, unused.
Every rural home AND farm becomes a distributed solar power generator. Building on Ekti Bari Ekti Khamar: one house, one farm, one power station.
Every rural household receives a 6.8 kW grid-tied solar system (10 x 680W panels): 5 on the home roof, 5 on livestock shed and farm structures. No battery. The national grid acts as the battery through net metering.
All agricultural water pumps transition to solar, operating exclusively during daylight. Removes 1,400–2,000 MW of load from the national grid entirely.
Zero import duty on panels, inverters, and equipment. Government-to-Government bulk procurement with China at near-factory prices.
Small one-time fee of BDT 5,000 plus 60 monthly installments of BDT 1,971, more than offset by net metering income. Households EARN BDT 871/month from day one.
Solar panels on livestock sheds absorb 99%+ of solar radiation, reducing heat stress that causes 24% milk loss and 25% poultry decline for 10–11 months per year. Dual benefit: electricity generation AND animal welfare.
No expensive battery storage needed. The national grid handles the day-night balance.
6 AM – 6 PM
Net metering credit earned
+812 kWh/month
6 PM – 6 AM
Night consumption from credit
~55 kWh/month
Net result per household per month
867 kWh
produced
55 kWh
consumed
812 kWh
exported to grid
10
680W Panels
6.8 kW
Total Capacity
5
On Home Roof
5
On Khamar Shed
22%
Panel Efficiency
-40%
Heat Load Reduced
None
Battery Needed
25 yr
System Lifespan
Not every rural home has the same energy needs. The program offers three system sizes, from basic lighting to a full farm power station. All use the same G2G pricing and net metering model.
Lights, fans, mobile, TV
Cost Breakdown (G2G)
Net monthly during installment
BDT 69/mo
Payback: 6.0 years
After payback: +BDT 6,024/year income
Fridge, appliances, full household
Cost Breakdown (G2G)
Net monthly: household EARNS
+BDT 213/mo
Payback: 4.4 years
After payback: +BDT 15,900/year income
Household + livestock shed + farm
Cost Breakdown (G2G)
Net monthly: household EARNS
+BDT 871/mo
Payback: 3.6 years
After payback: +BDT 34,104/year income
The $0.09/W panel price above is a conservative G2G estimate based on 2025 China export prices. Factory-gate prices for bulk sovereign deals can go significantly lower: Chinese manufacturers like LONGi, JA Solar, Trina, and JinKO are sitting on massive overcapacity (China's solar cell exports grew 73% in 2025). A 10-year, 68 GW volume commitment gives Bangladesh extraordinary leverage to negotiate factory-direct pricing at $0.065/W or below.
At factory-direct $0.065/W
| Tier | Current ($0.09/W) | Factory ($0.065/W) | Savings | Net Monthly | Payback |
|---|---|---|---|---|---|
| Basic | BDT 36,288 | BDT 29,808 | -18% | BDT 39/mo | 4.9 yr |
| Standard | BDT 69,720 | BDT 54,120 | -22% | +BDT 473/mo | 3.4 yr |
| Khamar | BDT 123,240 | BDT 94,320 | -23% | +BDT 1,353/mo | 2.8 yr |
Factory-direct estimate includes reduced inverter, mounting, and labor costs achievable through standardized kits and trained local workforce at scale. National program cost drops from $5.81B to ~$4.45B with the same 40/35/25 tier mix.
| Tier | Share | Households | Cost/HH | Capacity | Subtotal |
|---|---|---|---|---|---|
| Basic (1.36 kW) | 40% | 4,000,000 | $302 | 5.4 GW | $1.21B |
| Standard (3.4 kW) | 35% | 3,500,000 | $581 | 11.9 GW | $2.03B |
| Bidyut Khamar (6.8 kW) | 25% | 2,500,000 | $1,027 | 17.0 GW | $2.57B |
| Total | 100% | 10,000,000 | n/a | 34.3 GW | $5.81B |
Flexible deployment: A 40/35/25 tier mix reduces the total national investment from $10.27B (all Khamar) to $5.81B while still adding 34.3 GW of solar capacity across 10 million households.
Upgrade path: Households can start at Basic and upgrade to Standard or Khamar tier later as their needs grow. The grid-tied architecture supports incremental panel addition with only an inverter upgrade required.
78% of rural households keep livestock. Solar panels on farm structures don't just generate electricity: they absorb 99%+ of solar radiation, creating shade that dramatically reduces heat stress on cattle, poultry, and goats.
The EBEK program has already reached 21.8 million people through 90,000 Village Development Associations. 55% of its activities are livestock and poultry. Bidyut Khamar extends this proven infrastructure: where EBEK built the farm, we add the power station.
10 panels across roof + khamar structures generate 867 kWh/month. 812 kWh exported to grid via net metering.
BDT 2,842/mo
net metering income
Solar shade reduces radiant heat load by 40%. Recovers 3.0 L/day of lost milk production. Poultry weight gain improves 10%. Vet costs drop.
BDT 6,835/mo
per livestock-owning household
Solar-powered pumps run during daylight only, when crops actually need water. Zero fuel cost. Zero grid dependency. 50–75% cost reduction per acre.
BDT 5,000–8,000/mo
irrigation cost savings
10–11
months/year heat stress
(THI > 74)
24.4%
milk production loss
during heat stress
25%
poultry production
decline in heatwaves
40%
radiant heat reduced
by solar panel shade
25.17 million cattle and 370+ million poultry in Bangladesh suffer heat stress for most of the year. Solar panels absorb 99%+ of incoming radiation, reducing animal surface temperature by up to 6°C.
1.89 million dairy farms lose BDT 100–150/cow/day to heat stress. 90,000 poultry farms see weight gain drop by 500g per bird. Solar shade is the most cost-effective intervention: it generates revenue while solving the problem.
Fossil fuel displaced
$73.90
per MWh of solar generated
Cumulative generation
371 TWh
over 10-year phased rollout
Electricity forex saved
$27.4B
371 TWh x $73.90/MWh
Why $73.90/MWh?
86% of Bangladesh's grid runs on imported fossil fuels: 46% natural gas (increasingly LNG), 28% coal, and 12% oil. Each kWh of solar directly displaces this import-dependent generation. At Bangladesh's weighted-average fuel import cost, every MWh of solar saves $73.90 in foreign exchange that would otherwise leave the country.
Diesel irrigation savings
Solar pumps replace 1.43M diesel-powered irrigation pumps, saving $996M/year in diesel imports, an additional $10B over 10 years.
Return on investment
Every $1 invested returns $2.7 in electricity forex savings alone. Including diesel irrigation savings, the ROI rises to $3.6 per $1.
At full scale (Year 10): 68 GW capacity generates 105,485 GWh/year, saving $7.8B/year in forex, equivalent to 201% of current LNG import spending and 52% of total petroleum imports.
Select scenario to explore
5.0
kWh/m²/day irradiance
$0.090/W
G2G panel price
BDT 3.50
Net metering rate/kWh
55.0
kWh/mo consumption
Current
With Bidyut Khamar (Year 10+)
System Cost
BDT 123,240
Payback Period
3.6 years
Monthly Earnings
+BDT 871
10-Yr Forex Savings
$27.4B
All agricultural pumps transition to solar. Crops need water during the day. Pumps run when the sun shines. No grid, no diesel, no cost.
1.43 million pumps nationwide
Daylight-only operation
Annual farmer savings per household
BDT 60,000–95,000
50–75% reduction in irrigation costs, an immediate, transformative improvement in livelihood
Highest solar irradiance in Bangladesh. Major rice-growing region. Existing solar infrastructure through IDCOL. The ideal proving ground.
6.33
Peak kWh/m²/day
100K
Target Households
24
Months Timeline
$103M
Total Investment
680
MW Capacity
5,000
Jobs Created
G2G agreement signed. PMU established. 500+ technicians trained. Grid infrastructure audited.
First 10,000 households installed. Real-world data collection. Review gate at month 9.
Remaining 90,000 households. Irrigation pump conversion begins. Mid-pilot review at month 18.
Optimization and stabilization. Full results published. National rollout decision.
The March 2026 Hormuz crisis exposed a fundamental truth: Bangladesh cannot feed, power, or transport itself without foreign fuel flowing through a single chokepoint beyond its control.
of Bangladesh's LNG supply exposed to the Strait of Hormuz
Qatar 64% direct + Oman 10% via OQ Trading + Excelerate 17% sourced under QatarEnergy SPA
Crude oil from Saudi/UAE transits Hormuz
Emergency LNG spot price/MMBtu
vs $10.73 pre-crisis, BD procurement
Days of fuel stock in the country
Commercial only, no strategic reserve
| Country | Strategic Reserve | Days of Cover | March 2026 Status |
|---|---|---|---|
| Japan | 470M barrels | 254 days | Released 80M barrels |
| South Korea | 100M barrels (govt) | 200+ days | Released 22.46M barrels |
| China | ~1.3B barrels (est.) | ~90 days | Not officially disclosed |
| India | 5.33 MMT | 9.5 days | Expanding to 11.83 MMT |
| Bangladesh | None | 7–14 days | Commercial stock only |
Factories shut down. RMG exports halt. Boro rice irrigation fails: March is peak season. Modeled estimate: economic losses of $300–500M/day across industry, transport, agriculture, and power.
Modeled estimate based on sector-by-sector analysis
Solar panels are a one-time import. Sunlight is domestic and perpetual. Every kWh of solar permanently reduces vulnerability to the next Hormuz. Unlike oil, gas, or coal, no country can blockade, ration, or price-gouge Bangladesh's sunshine.
Sector by sector, dollar by dollar: how Bidyut Khamar structurally reduces Bangladesh's fossil fuel dependence.
45.5 TWh of daytime fossil generation displaced. Diesel peakers ($160–220/MWh) shut down first, then HFO rental plants, then LNG.
1.43 million diesel irrigation pumps transition to solar. Farmers save BDT 60,000–95,000/year each.
1.5M+ electric easy bikes already on the roads (likely 2–4M by 2025). Electric 3-wheelers, buses, rail electrification follow.
8,000+ brick kilns consuming 7.1M tonnes of coal/year. RMG captive power plants. Electrification displaces the most polluting industrial fossil use.
Conservative estimate
$5.2B/yr
Optimistic estimate
$7.4B/yr
That's 35–49% of Bangladesh's current $15B annual energy import bill.
Sector card figures show maximum potential per sector at full deployment. Totals account for partial deployment, timing, and implementation friction.
Nighttime power generation
$1.5–2.0B/year, needs regional grid interconnection
Fertilizer gas feedstock
$250–400M/year, requires alternative feedstock solution
Cement kilns
$400–600M/year, no electric alternative yet
Aviation + heavy transport
$1.0–1.3B/year, needs biofuels
This residual defines the minimum strategic reserve requirement. Bangladesh must maintain fuel reserves to cover what solar cannot, but solar dramatically shrinks that number.
4,500 fuel stations already have the land, the canopies, and the customers. Cover every shed with solar panels. Charge every electric vehicle from sunshine.
300 m²
Canopy covered with panels
57.2 kWp capacity
243 kWh
Generated per day
88.7 MWh per year
32–40
EVs charged per day
85–90% off-grid
0
Fuel stations converted
0
Solar capacity added
to 426 MW (canopy size dependent)
$0
Annual forex savings
0
Barrels/day oil displaced
Total investment
$158–203M
for all 4,500 stations
10-Year savings
$2.3–3.2B
cumulative forex saved
Return on investment
11–20x
over 10 years
53,500–92,750 jobs created in installation, maintenance, and EV service
700,000 tonnes CO2/year reduced from transport sector electrification
India's IOC has solarized 8,000–10,000 stations. China's Sinopec is converting 5,000. Shell, BP, and Fastned are building solar canopy stations across Europe. But no country has attempted a national-scale full conversion: every station, every canopy, 100% solar-powered EV charging.
Bangladesh already has the world's largest electric three-wheeler fleet (2.5–4 million easy bikes). The demand exists. The infrastructure exists. The sunshine exists. The only missing piece is the panels on the canopy.
Bidyut Khamar reduces daily oil consumption by 34–55%. The strategic reserve that once seemed impossibly expensive becomes affordable.
Barrels needed WITHOUT solar
30 days at current consumption
Barrels needed WITH Bidyut Khamar
30 days at reduced consumption
Saved in oil procurement
By deploying solar first
Total program cost
~$700M
over 15 years ($684–705M)
Annual fiscal burden
$49M/yr
0.16% of GDP
Modeled ROI
$31 per $1
30-day disruption costs $12–15B*
*Modeled estimate based on sector-by-sector analysis
15 days · 2.4M barrels · $228M
30 days · 4.8M barrels · $456M cumulative
45 days · 7.2M barrels · ~$700M cumulative
Above-ground tank farms at Chittagong, Mongla, and Payra ports. Salt cavern storage is not geologically feasible in Bangladesh's delta formation (Bengal Basin alluvium lacks evaporite/halite deposits).
A 15-year plan to take Bangladesh from 86% fossil dependency to below 15%.
Investment
$37–53B
over 15 years
Total Savings
$120–235B
cumulative
Return
3–5x
on investment
Fossil Share
86% → <15%
in 15 years
The alternative: Continued fossil dependency is projected to cost $450–700 billion over 20 years at current demand growth trends.
0
Solar Capacity Added
0
Annual Generation
target at optimal conditions
$0
Annual Forex Savings
0
Jobs Created
Bangladesh's grid emits 0.62 tCO2 per MWh. Every solar kilowatt-hour displaces fossil generation and earns tradeable carbon credits, an entirely separate revenue stream on top of net metering.
Since 2020, Verra VCS and Gold Standard only accept new renewable energy carbon credit projects from Least Developed Countries. Most competing nations can no longer register. Bangladesh is one of the few countries where distributed solar credits are still eligible, a closing window that Bidyut Khamar must exploit immediately.
0.62
tCO2/MWh grid emission factor
(Dept. of Environment, Jan 2025)
6.45
tCO2 avoided per household/year
(10.4 MWh x 0.62 tCO2/MWh)
645K
tCO2/year from pilot alone
(100K households, Rajshahi)
64.5M
tCO2/year at full scale
(largest distributed solar credit program in history)
Register under Verra VCS & Gold Standard using methodology ACM0002 (grid-connected renewable). Credits with SDG co-benefits sell at 86% premium. Bidyut Khamar touches SDGs 1, 5, 7, 8, 9, and 13.
Current price range
$5–30/tCO2
Government-to-government carbon trading. Bangladesh has signed bilateral agreements with South Korea and Japan (MoC in progress). Both are active ITMO buyers for their NDC compliance.
Bilateral deal price range
$15–30/tCO2
International Renewable Energy Certificates can be earned simultaneously with carbon credits: they represent different environmental attributes from the same generation. First Bangladesh I-REC registered at Tetulia Solar by Monsoon Carbon.
Revenue at full scale
$104–177M/yr
| Scale | Annual Credits | Carbon Revenue | I-REC Revenue | Total Climate Revenue |
|---|---|---|---|---|
| Pilot (100K HH) | 645K tCO2 | $9.7M | $1–2M | ~$11M/yr |
| Year 3–4 (1M HH) | 6.45M tCO2 | $97M | $10–18M | ~$112M/yr |
| Full Scale (10M HH) | 64.5M tCO2 | $968M | $104–177M | ~$1.1B/yr |
20-year crediting period: At a conservative $5/tCO2, carbon credits alone generate $6.45 billion, recovering 63% of the entire $10.27B program investment from climate revenue alone.
IDCOL proved this works: Bangladesh's IDCOL already earned $16.25M from 2.53M carbon credits through its Solar Home System programme. Bidyut Khamar uses the same Programme of Activities (PoA) registration approach at 25x the scale.
The Strait of Hormuz is closed today. The fuel queues are real. The rationing is real. Bangladesh has 7–14 days of fuel. Japan has 254 days.
Every home powered. Every livestock protected. Every farmer energy-independent.
Start with Rajshahi.
Build the reserve.
Secure the nation.
~$700M buys 45 days of strategic reserve. 68 GW makes Bangladesh energy-independent.