POWER CONSTRUCTION CORPORATION OF CHINA
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POWER CHINA & Beringia Energy GLOBAL
Power Construction Corporation of China (POWERCHINA) is an integrated construction group that provides investment and financing, planning design, engineering construction, equipment manufacturing, and operation management for clean and low-carbon energy, water resources, environmental construction and infrastructure.
Beringia Energy Global will work together with POWERCHINA to implement the strategic vision for Green Ammonia in Bangladesh, leveraging their technical leadership to develop sustainable energy assets and drive industrial decarbonization.
Bangladesh Energy Outlook
Bangladesh's power capacity currently stands at 25,951 MW. The power system relies heavily on Natural gas, Oil, and Coal. While the future strategy shifts towards Gas, Renewable Energy (RNE), and Imports, Furnace Oil and High-Speed Diesel (HSD) will remain critical for the near future to meet peaking demands.
Fuel Consumption Dynamics
Looking back at historical trends, furnace oil consumption has not diminished despite natural gas shortages. High-Speed Diesel (HSD) has also been largely utilized due to peaking load requirements.
In the coming decade, Furnace oil is projected to remain in use until at least 2035 to undertake a large portion of the base load, while HSD will continue to provide essential peaking services for grid stability.
Historical Fuel Consumption Analysis (1995-2023)
The LNG & Gas Dependency Challenge
Natural gas plays a prominent role in electricity supply, making up approximately 80% of the generation mix (2018-2022 average).
Bangladesh relies on LNG imports to meet ~20% of its total natural gas consumption. In 2022, a notable decrease in foreign exchange reserves led to a suspension of spot market LNG purchases from July to November, resulting in significant fuel shortages and harsh load shedding across the nation.
Comparative Fuel Price Index & Volatility Data
The data below provides a concentrated summary of Bangladesh's power landscape and the projected capacity growth required to meet future demand. Understanding these dynamics is essential for navigating the country's energy transition.
Energy Profile Summary
- Total System Capacity 25,951 MW
- Natural Gas Contribution ~80%
- LNG Consumption Share ~20%
- Spot Market Criticality High Risk
Capacity Development Plan (MW)
| Source | 2025 | 2030 | 2035 | 2040 | 2041 |
|---|---|---|---|---|---|
| Coal Power | 6,977 | 9,377 | 11,777 | 18,195 | 20,195 |
| Gas Power | 8,516 | 9,432 | 15,447 | 20,328 | 20,177 |
| HSD | 1,520 | 1,520 | 1,373 | 220 | 0 |
| Furnace Oil | 2,485 | 2,030 | 300 | 0 | 0 |
| Import | 2,500 | 5,000 | 7,000 | 9,000 | 9,000 |
| Nuclear | 2,232 | 3,432 | 4,632 | 5,832 | 7,032 |
| Hydro | 230 | 330 | 330 | 330 | 330 |
| RNE | 2,718 | 3,458 | 3,864 | 3,864 | 3,864 |
| Total MW | 27,178 | 34,579 | 44,723 | 57,769 | 60,598 |
The Solution
The Role of Green Ammonia
Green Ammonia acts as a carbon-neutral energy carrier that can be easily transported and stored. It addresses the instability of indigenous Renewable Energy (RNE) by acting as a "regulating station" for the power grid.
Stable Sourcing
Landing price estimated at 500-550 USD/t, sourced directly from established production sites in Oman.
Zero Carbon
A completely carbon-neutral solution that aligns with COP28 commitments to phase out fossil fuels globally.
Global Hydrogen Trade Scenarios to 2050 (IRENA)
Industrial Synergy: Fertilizer Retrofitting
Saving 1.8 Billion Cubic Meters (BCM) of Natural Gas annually.
In Bangladesh, urea production consumes approximately 5.6BCM of natural gas at full capacity. By substituting natural gas with imported Green Ammonia in the urea production process, we can:
1.8 BCM
Gas saved for 1200MW power
100%
Reduction in feedstock CO2
CO2 emission savings by feedstock type
Project Envision
1200MW Cox's Bazar Dual-Fuel Plant
Location Advantages
- Close to Ammonia receiving terminal
- High RNE grid penetration area
- Marine transport ready infrastructure
Technical Features
- Capacity: 1200MW (Executed in stages)
- 230KV Overhead Line connection
- Medium-size Ammonia tank storage
Grid Role
- Frequency Regulation
- Load Balancing for solar/wind
- 100% Green electricity for Industry
WinGD X-DF-A Zero-Carbon Solution
The WinGD XDF-A AMMONIA genset represents the optimal solution for low-cost electricity and zero CO2 emissions in power plants.
High Efficiency
Across all loads
No Derating
At high ambient temp
- 3x better electric inertia than GT (support stable grid)
- 100% reduction in CO2 with green ammonia
- Capability to burn Bio-diesel as backup
Strategic Roadmap
01
MOU Signing
Agreement between Govt & Developer for pilot study.
02
Oman Site FS
Feasibility study for the Green Ammonia production plant.
03
Retrofit Study
Investigation of existing fertilizer factory compatibility.
04
Power Plant FS
Full Feasibility Study of the 1200MW Cox's Bazar facility.
