Powering Bangladesh's
Energy Future
From power plant civil construction to grid-scale solar farms and SREDA-registered energy audits — engineering Bangladesh's energy infrastructure across the complete generation-to-consumption value chain.
10+
Energy ProjectsMW-Scale
Capacity DeliveredSREDA
Registered Firm132kV
Grid InfrastructureWHAT WE OFFER
Energy Infrastructure Services
Engineering and construction services spanning power generation, high-voltage transmission, grid-scale renewables, and industrial energy efficiency across Bangladesh.
Power Plant Civil & Structural Works
Civil and structural engineering for gas turbine, combined cycle, HFO, and diesel power generation facilities — turbine hall structures, auxiliary building design, control building, water treatment plant, circulating water systems, fuel storage, chimney stacks, and plant road and drainage networks to BPDB and international EPC standards.
High-Voltage Transmission & Grid Infrastructure
Civil engineering support for 132kV and 33kV transmission line towers, substation civil works (control rooms, transformer bays, cable trenches, earthmat), PGCB grid substation construction, and rural electrification infrastructure under BREB — enabling power to reach industrial zones and underserved communities.
Grid-Scale Solar PV Farms
Civil and structural engineering for utility-scale solar photovoltaic farms — ground-mounted PV array foundations (ballast, driven pile, or ground screw), inverter station civil works, collection network cable routing, solar access road design, site drainage, and grid interconnection civil works in coordination with PGCB/BPDB approval requirements.
Renewable Energy Feasibility & Development
Pre-feasibility and feasibility studies for renewable energy projects — solar resource assessment, wind resource evaluation (Chittagong coastal zones), biogas from agricultural waste, mini-hydro potential assessment, and hybrid off-grid system design for remote areas. Technical advisory for SREDA project applications and BERC power purchase agreements.
Industrial Energy Audit & Efficiency
SREDA-registered energy audits for industrial and commercial facilities — detailed measurement and analysis of energy consumption by system (motors, HVAC, compressed air, lighting, process heat), quantification of efficiency improvement opportunities, investment-grade audit reports, and ISO 50001 energy management system implementation.
Fuel Supply & Gas Infrastructure
Civil and structural support for gas pipeline infrastructure, LNG regasification facilities, HFO and diesel fuel storage tank farms, pressure regulating stations, and fuel handling infrastructure for power generation — coordinated with Titas Gas, RPGCL, and Petrobangla engineering requirements and OISD/API standards for fuel storage design.
BANGLADESH ENERGY LANDSCAPE
Opportunities & Challenges in Bangladesh's Energy Sector
Understanding the national energy context is essential for delivering infrastructure aligned with Bangladesh's power sector development plans and the transition to a lower-carbon grid.
Rapid Demand Growth
Peak electricity demand has grown from under 5,000 MW in 2010 to over 17,000 MW by the mid-2020s — driven by industrialisation, urbanisation, and rising household incomes. Power System Master Plan projections require continued generation and transmission investment to prevent supply-demand gaps from constraining economic growth.
Generation Mix & Fuel Diversification
Bangladesh's generation mix is heavily dependent on natural gas (~50–55% of installed capacity) with growing shares from HFO, coal (Payra, Rampal), and imported power from India. LNG import via FSRUs at Maheshkhali has expanded the gas supply base. The government target is 40% renewable energy by 2041.
Transmission Grid Constraints
Despite generation capacity expansion, transmission congestion in the 132kV national grid operated by PGCB remains a limiting factor for reliable power delivery. Grid reinforcement, new 132kV and 400kV corridors, and substation upgrades are priority investments for Bangladesh's power sector.
Solar Energy Potential
Bangladesh receives an average GHI of approximately 4.5–5.5 kWh/m²/day — making utility-scale solar PV economically competitive with thermal generation at current module prices. SREDA's Solar Park framework and BPDB competitive tender process have created a structured IPP development pathway.
Renewable Energy Targets & SREDA
SREDA manages policy, project registration, net metering regulations, energy efficiency programmes, and capacity building. Its Renewable Energy Policy and National Energy Efficiency & Conservation Master Plan govern the investment and regulatory framework for new renewable and efficiency projects.
Economic Zones & Industrial Energy
BEZA is developing over 100 special economic zones — each requiring dedicated power supply infrastructure, internal HV distribution networks, substations, and backup generation. Energy efficiency investment and on-site renewable generation are increasingly central to industrial competitiveness.
Renewable Energy Engineering
Civil & Structural Engineering for Renewable Energy Facilities
Renewable energy projects — whether ground-mounted solar farms, rooftop commercial arrays, or hybrid generation systems — require the same engineering rigour as conventional power generation. Our team provides the civil and structural disciplines that underpin these facilities: from geotechnical investigation and foundation design for PV mounting structures through to access roads, drainage, grid connection civil works, and EPC supervision.
Solar Farm Foundation Systems
Geotechnical investigation and foundation design for ground-mounted PV mounting structures — driven steel pile, ground screw, concrete ballast slab, or anchor trench foundations selected based on site soil conditions, wind loading (BNBC wind zone), and seismic requirements. Pile pull-out capacity testing and construction supervision included.
Site Layout & Solar Access Optimisation
Topographic survey, site grading plan, row pitch optimisation for minimising inter-row shading, O&M access route layout, perimeter security fencing, cable management trench routing, and drainage design coordinated with PVsyst solar irradiance modelling outputs.
Grid Connection Civil Works
Civil design of the grid connection infrastructure — switching station or grid substation civil works, cable route civil works for MV or HV export connection, control building design, earthing system, and PGCB/BPDB interconnection technical requirements compliance.
EIA & DoE Environmental Clearance
Preparation of Initial Environment Examination (IEE) and full Environmental Impact Assessment (EIA) reports — land use change assessment, biodiversity baseline, water management, waste management plan, and stakeholder consultation documentation for DoE Environmental Clearance Certificate.
ENERGY EFFICIENCY
Industrial Energy Audit Methodology
A structured energy audit is the most cost-effective first step toward reducing energy bills, cutting carbon emissions, and improving industrial competitiveness — often identifying savings of 15–30% of total energy cost.
Pre-Audit Data Collection
12–24 months of utility bills, production records, equipment inventories — establishing baseline energy intensity before any site visit.
On-Site Measurement
Calibrated instruments — power quality analysers, thermal cameras, ultrasonic flow meters, lux meters, compressed air leak detectors.
Analysis & ECO Identification
Energy balance analysis. VFDs on motors, LED retrofit, compressed air repair, waste heat recovery — each with quantified savings and payback.
Investment-Grade Report
SREDA and ASHRAE Level II/III compliant report — suitable for financing applications, green certification, and management approval.
Typical Savings for Bangladesh Industrial Facilities
Based on audit experience across garment factories, food processing plants, textile mills, and chemical plants — most facilities have identifiable energy savings of 15–30% of current energy spend, with many measures having simple payback periods under 3 years. SREDA's Energy Efficiency and Conservation Fund (EECF) provides subsidised financing for qualifying investments.
Our Advantage
Across the Whole Energy Value Chain
Most engineering firms specialise in either power generation, building electrical, or renewable energy — rarely all three. Urban Engineering spans the complete energy infrastructure value chain, from BPDB power plant civil works and PGCB transmission substation construction through to grid-scale solar civil engineering and SREDA-registered industrial energy audits.
Why Choose Urban Engineering
SREDA Registered
Registered with the Sustainable and Renewable Energy Development Authority — authorised to conduct energy audits, prepare renewable energy project technical documents, and advise on SREDA incentive programme applications including the Energy Efficiency and Conservation Fund (EECF).
BPDB & PGCB Experience
Direct project experience with Bangladesh Power Development Board and Power Grid Company of Bangladesh — understanding procurement requirements, technical standards, and approval processes for government power sector contracts and grid connection applications.
Solar Farm Civil Engineering
Specialist civil and structural capability for utility-scale solar PV — from geotechnical investigation and pile foundation design through to grading, drainage, access roads, and grid connection civil works. PVsyst energy yield modelling coordination with electrical consultants.
Investment-Grade Energy Audits
Energy audits prepared to ASHRAE Level II/III and SREDA standards — with quantified ECOs, financial analysis, and documentation suitable for bank financing, IFC/ADB green finance applications, and LEED/EDGE green building certification submittals.
EIA & DoE Environmental Clearance
Environmental impact assessment and DoE clearance preparation for power and energy projects — including Initial Environment Examination (IEE) and full EIA with public consultation documentation to international ESIA standards.
HV Substation Civil Works
Civil engineering for 33kV and 132kV transmission substations — control room buildings, transformer bays, cable trenches, earthmat, perimeter security, and HV gantry structural foundations to PGCB specifications and IEC/BS standards.
COMMON QUESTIONS
Frequently Asked Questions
Common questions about energy infrastructure development, renewable energy, and industrial energy efficiency in Bangladesh.
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What is the process for developing a grid-connected solar IPP in Bangladesh?
Developing a grid-connected solar IPP in Bangladesh involves sequential steps: (1) Site identification and resource assessment — land with good solar irradiance near an existing substation with available grid capacity. (2) SREDA registration — submission of project concept for inclusion in the national renewable energy programme. (3) Feasibility study and BPDB/PGCB grid connection study — power evacuation study determining grid connection point, required substation upgrades, and grid impact. (4) Environmental clearance — DoE IEE or full EIA depending on project scale. (5) PPA execution — with BPDB under competitive bidding or unsolicited proposal route, with BERC tariff approval. (6) Detailed design and construction — civil, structural, and electrical engineering, procurement, and construction. Urban Engineering supports all stages except financial structuring.
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What is an energy audit and how much could it save an industrial facility in Bangladesh?
An energy audit is a systematic examination of how energy is used in a facility. For industrial facilities in Bangladesh — garment factories, food processing, textile mills, and chemical plants — energy typically represents 5–15% of total operating costs. Typical facilities have identifiable energy savings of 15–30% of current energy spend, with many measures having simple payback periods under 3 years. Common high-value opportunities include: variable frequency drive (VFD) installation on motors (20–40% motor energy saving); compressed air leak repair (leaks commonly waste 20–30% of production); LED lighting retrofit; HVAC optimisation; and power factor correction to avoid utility surcharges. SREDA's Energy Efficiency and Conservation Fund (EECF) provides subsidised financing for qualifying investments.
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What are the key civil engineering challenges for power plant construction in Bangladesh?
Power plant construction in Bangladesh presents distinctive challenges: (1) Ground conditions — alluvial delta soils with very low bearing capacity, high groundwater tables, and liquefaction potential requiring deep pile foundations (bored cast-in-situ piles to 20–40m depths) for turbine halls, boiler foundations, cooling tower basins, and main transformers. (2) Flood risk — sites must be raised above the 1-in-100 year flood level with additional freeboard, requiring significant engineered fill and perimeter flood protection. (3) Cooling water civil works — intake structures, pump sumps, and discharge structures designed for Bangladesh's extreme river morphology. (4) Seismic design — Bangladesh is in seismic Zone II/III; critical power plant structures must be designed per BNBC seismic provisions and IBC standards for major facilities.
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Is wind energy viable in Bangladesh alongside solar?
Wind energy potential in Bangladesh is more limited and site-specific than solar. Coastal areas (Chittagong, Cox's Bazar, Noakhali, Barguna) have seasonal wind resources — average wind speeds of approximately 5–7 m/s at hub height in the best coastal locations. Inland areas generally have poor wind resources (below 4–5 m/s) that are not commercially attractive for utility-scale wind. Offshore wind in the Bay of Bengal has potentially significant resources but development is at an early stage. For most renewable energy investment decisions in Bangladesh at present, utility-scale solar PV is the more commercially mature and lower-risk technology. Wind can complement solar in hybrid systems at coastal locations — where wind resources are stronger at night and in the dry season when solar output drops. SREDA's Renewable Energy Roadmap identifies coastal wind as a medium-term priority alongside offshore floating solar.