Power EPC Market to Hit USD 1,516.1 Billion by 2035

The Global Power EPC Market was worth USD 735.6 billion in 2025 and is expected to reach USD 1,516.1 billion by 2035, growing at a CAGR of 7.5% from 2025 to 2035. Based on this growth rate, the market is estimated to reach around USD 813.6 billion in 2026. Asia Pacific held the largest regional share of 39.2% in 2025, valued at around USD 288.3 billion, supported by large power plant construction, renewable energy expansion, grid infrastructure upgrades, and rising electricity demand.

The Power EPC Market includes engineering, procurement, and construction services used for developing power generation and transmission projects. It covers thermal power plants, solar farms, wind projects, hydropower facilities, substations, transmission lines, battery storage projects, and hybrid energy systems. The market is closely linked with energy infrastructure development, project execution, utility investment, and national electrification programs.

The market outlook remains strong as governments and utilities continue investing in reliable, scalable, and cleaner power infrastructure. Growth can be attributed to rising renewable energy capacity, modernization of aging power assets, and increasing demand for turnkey project delivery. The expansion of Asia Pacific industrial power demand, urban infrastructure, and large-scale clean energy projects is expected to support long-term market growth.

Key Market Insights

• Thermal power led the type of power generation segment with 43.5% share, supported by its large installed base, ongoing plant upgrades, and continued need for reliable baseload power infrastructure.

• Engineering services accounted for 42.8% share, driven by strong demand for project design, feasibility planning, system integration, technical consulting, and power plant optimization.

• Steam turbines held 30.7% share by equipment type, supported by their wide use in thermal power plants, industrial power systems, and large-scale electricity generation projects.

• Asia Pacific led the Power EPC market with 39.2% share, valued at USD 288.3 billion, supported by rising electricity demand, rapid industrialization, expanding power infrastructure, and major energy investments across China, India, Japan, and Southeast Asia.

Top Funding and Investment

Top Investments

• Duke Energy announced a regulated capital investment program of approximately USD 103 billion over five years. The expenditure will support new generation capacity, transmission infrastructure, distribution-system upgrades, grid resilience, and connections required to serve increasing electricity demand. Duke Energy operates approximately 55,700 MW of generating capacity and supplies electricity to around 8.7 million customers, creating a substantial pipeline of engineering, procurement, construction, and commissioning work.

• Southern Company confirmed plans to invest more than USD 80 billion over five years across its electricity and natural gas systems. The capital will be directed toward generation development, grid strengthening, transmission and distribution improvements, system resilience, and the deployment of advanced operating technologies. The program is expected to support large EPC packages involving power plants, substations, transmission lines, distribution networks, and associated control infrastructure.

• American Electric Power increased its five-year capital investment plan from USD 72 billion to USD 78 billion. The expansion is being driven by additional transmission projects within the PJM and Southwest Power Pool regions, together with planned natural gas generation capacity in Indiana. The program is expected to support nearly 11% annual rate-base growth and more than 9% annual operating earnings growth through 2030.

• NextEra Energy planned to invest approximately USD 75 billion through 2028, primarily in electricity generation, battery storage, transmission infrastructure, and renewable energy development. At the time of the announcement, NextEra Energy Resources operated approximately 39 GW of generating capacity and maintained a development backlog of around 30 GW. Its competitive transmission operations also had approximately USD 6 billion in secured rate-base investments, supporting continued demand for EPC contractors and equipment suppliers.

• PG&E outlined a five-year capital investment plan of approximately USD 63 billion through 2028. The program covers electric-system safety, grid modernization, wildfire-risk reduction, underground power lines, stronger overhead networks, and infrastructure required to connect new electricity demand. PG&E’s wildfire mitigation program includes plans to underground approximately 1,100 miles of distribution lines and strengthen around 570 miles of overhead lines, creating significant construction and engineering requirements.

Top Funding Transactions

• Vikran Engineering completed an initial public offering valued at approximately INR 772 crore. The transaction included a fresh issue of around INR 721 crore and an offer for sale of approximately INR 51 crore. Fresh capital was raised mainly to support working-capital requirements and the execution of EPC contracts across power transmission, substations, solar projects, railway electrification, and water infrastructure.

• Sterling and Wilson Renewable Energy received and drew down an INR 475 crore term loan from the Indian Renewable Energy Development Agency during the second quarter of fiscal year 2026. The financing was used to improve vendor payments and support the execution of renewable power EPC projects. Following the borrowing, the company reported gross debt of approximately INR 1,194 crore, cash and bank balances of INR 452 crore, and net debt of around INR 742 crore.

• Om Power Transmission launched an initial public offering valued at approximately INR 150.06 crore. The offering consisted of a fresh issue of approximately INR 132.56 crore and an offer for sale of INR 17.50 crore. Around INR 55 crore of the net proceeds was allocated to long-term working-capital requirements, while additional funds were designated for debt repayment and corporate purposes.

Top Acquisitions

• Sterling Infrastructure completed the acquisition of substantially all assets of CEC Facilities Group, an electrical and mechanical engineering and construction contractor. The signed transaction included approximately USD 505 million in upfront consideration, comprising USD 450 million in cash and USD 55 million in Sterling shares, together with a performance-based earn-out.

• CEC provides electrical design, engineering, prefabrication, installation, construction, and maintenance services for data centres, semiconductor plants, manufacturing facilities, and other mission-critical infrastructure. Electrical services represented more than 80% of CEC’s 2024 revenue, while mission-critical sectors accounted for more than 80% of its revenue and backlog.

• Megha Engineering and Infrastructures, through MEIL Energy, acquired 100% ownership of TAQA Neyveli Power Company from Abu Dhabi National Energy Company. The transaction was completed for approximately INR 9.26 billion, equivalent to about AED 385 million.

• The acquired business owns and operates a 250 MW lignite-fired power plant in Neyveli, Tamil Nadu, supported by a long-term electricity offtake arrangement. The acquisition expanded MEIL’s power portfolio to more than 5.2 GW and strengthened its presence across power development, engineering, construction, operation, and maintenance.

By Type of Power Generation

Thermal power accounted for 43.5% share of the Power EPC Market. This leading position is supported by the continued use of coal, gas, and oil-based power plants to meet baseload electricity demand, grid stability needs, and industrial power requirements.

Thermal power EPC projects involve the design, engineering, procurement, construction, installation, and commissioning of power plants and related systems. These projects require boilers, turbines, generators, cooling systems, emission control units, fuel handling systems, and balance-of-plant infrastructure.

Demand from thermal power is expected to remain steady as many countries continue to upgrade existing plants, improve efficiency, and reduce emissions from conventional generation assets. The segment will also be supported by gas-based power projects used for flexible generation and grid balancing.

By Service Type

Engineering accounted for 42.8% share of the Power EPC Market. This dominance is driven by the high importance of project planning, feasibility studies, plant design, system integration, technical evaluation, and regulatory compliance in power infrastructure development.

Engineering services are critical because power projects require accurate design of electrical systems, mechanical systems, civil structures, fuel systems, grid connections, and environmental control systems. Strong engineering support helps reduce project delays, improve plant performance, and control construction risks.

The segment is expected to maintain a strong position as power projects become more complex and technology-focused. Demand will be supported by renewable integration, thermal plant modernization, transmission upgrades, and the need for reliable project execution across large energy assets.

By Equipment Type

Steam turbines held 30.7% share of the Power EPC Market. This leading share is supported by their wide use in thermal power plants, combined cycle plants, nuclear facilities, biomass plants, and industrial captive power generation.

Steam turbines are important because they convert thermal energy from steam into mechanical energy to generate electricity. They are used in large power projects where high efficiency, durability, and continuous operation are required.

Demand for steam turbines is expected to remain strong due to thermal plant upgrades, combined cycle expansion, and industrial power generation needs. The segment will also benefit from efficiency improvement projects and replacement of aging turbine systems in existing power plants.

By Region

Asia Pacific accounted for 39.2% share of the Power EPC Market, reaching USD 288.3 billion. The region’s leadership is supported by rising electricity demand, rapid industrialization, urban expansion, and continued investment in power generation and grid infrastructure.

China, India, Japan, South Korea, Indonesia, Vietnam, and other Southeast Asian economies are key contributors to regional EPC activity. The region has strong demand for thermal power projects, renewable energy plants, transmission systems, and industrial captive power facilities.

Asia Pacific is expected to maintain its leading position as governments and utilities continue to expand power capacity and improve grid reliability. Demand will remain supported by energy security needs, industrial growth, renewable integration, and modernization of aging power infrastructure.

Regional Impact Analysis

Asia Pacific leads the Power EPC Market with 39.2% share in 2025, valued at around USD 288.4 billion, supported by high electricity demand, renewable energy expansion, industrialization, urban growth, and grid investment. China and India remain the largest regional contributors due to large-scale power generation and transmission project pipelines.

North America remains important because of grid modernization, renewable energy projects, data center power demand, and replacement of aging infrastructure. Europe supports value growth through offshore wind, interconnectors, clean power projects, energy security planning, and transmission upgrades.

Go-To-Market and Sales Economics

Power EPC contractors should target utilities, independent power producers, grid operators, data-centre developers, and energy-intensive manufacturers. Global electricity consumption is forecast to rise from 28,200 TWh in 2025 to 33,600 TWh by 2030, adding about 1,100 TWh annually. Early engagement during feasibility, permitting, and interconnection planning can improve bid conversion and project visibility.

Sales strategies should cover generation, substations, transmission, storage, and digital controls within one coordinated offer. Electricity supply and infrastructure investment is expected to approach USD 1.6 trillion in 2026, including nearly USD 550 billion for grids and more than USD 100 billion for battery storage. Integrated packages can therefore increase contract value and reduce client coordination costs.

Framework agreements, front-end engineering, local construction partnerships, and long-term maintenance services should support the commercial model. Siemens Energy reported second-quarter fiscal 2026 orders of EUR 17.7 billion, a 1.72 book-to-bill ratio, and EUR 154 billion of backlog. These figures indicate strong buyer demand, but also make delivery capacity and supplier access important sales differentiators.

Risk Factors & Market Barriers

Equipment availability is a major execution barrier. Industry procurement can require two to three years for cables, up to four years for large power transformers, and more than five years for specialised direct-current cables. Contractors should secure production slots early, approve alternative vendors, standardise designs, and include escalation clauses before committing to fixed completion dates.

Permitting, land access, interconnection approvals, and regional planning can delay revenue recognition even when demand is strong. The U.S. Department of Energy found that most transmission congestion occurs during only 5% of operating hours, while new capacity must address data centres, manufacturing loads, reliability, and generation connections. Detailed stakeholder planning is therefore required before construction mobilisation.

Cost overruns can quickly weaken EPC margins under fixed-price contracts. Fluor reported USD 2.7 billion of first-quarter 2026 awards, with 98% reimbursable, while narrowing annual adjusted EBITDA guidance after cost growth on one project and a temporary geopolitical slowdown on another. This illustrates why contingency allowances, reimbursable structures, insurance, and disciplined change-order management remain essential.

Revenue Potential Analysis

Revenue Landscape Across

Renewable generation provides a large project pipeline across solar, wind, hydropower, substations, and evacuation infrastructure. Renewable capacity increased by 692 GW in 2025, equal to 85.6% of worldwide power additions, with solar contributing about 510 GW. EPC companies can capture more revenue by combining plant construction with transmission, storage, commissioning, and operating-support services.

Grid expansion and modernisation represent a second major revenue pool. Annual grid investment must rise by about 50% from the current USD 400 billion level by 2030 to meet forecast demand. Opportunities will be created across high-voltage lines, substations, advanced conductors, transformers, protection systems, digital control platforms, and upgrades that increase capacity without entirely new corridors.

Thermal and nuclear generation also remain important for dependable capacity. Nuclear output reached a record in 2025, while almost 30 GW of new nuclear capacity is expected in China during 2026 to 2030. Gas-fired generation is also projected to rise in several regions, supporting EPC demand for plants, fuel systems, cooling infrastructure, emissions controls, and grid connections.

Financial Impact

Large backlogs can provide multi-year revenue visibility when projects are priced and scheduled correctly. GE Vernova reported USD 18.3 billion of first-quarter 2026 orders and a USD 13 billion sequential backlog increase. Its gas-power equipment backlog and slot reservations reached 100 GW, indicating substantial downstream opportunities for civil works, installation, balance-of-plant systems, commissioning, and service support.

Cash generation improves when EPC contractors combine engineering, procurement, construction, testing, and recurring maintenance. Quanta Services reported first-quarter 2026 revenue of USD 7.87 billion, up from USD 6.23 billion a year earlier, with record backlog of USD 48.5 billion. The result shows how recurring utility programmes and specialised workforce capabilities can support scale and earnings visibility.

Financial performance depends on contract mix, procurement timing, labour productivity, and change-control discipline. Fluor ended the first quarter of 2026 with USD 25.7 billion of backlog, of which 82% was reimbursable, and generated USD 110 million of operating cash flow. A higher reimbursable share can reduce cost exposure, although execution quality and payment milestones still determine cash conversion.

Drivers Impact Analysis

The Power EPC Market is driven by rising electricity demand, renewable energy expansion, grid modernization, industrial growth, urbanization, and replacement of aging power infrastructure. EPC companies are essential for engineering, procurement, construction, commissioning, and delivery of power generation and transmission projects.

Asia Pacific leads the market due to large electricity consumption, rapid industrial development, renewable capacity additions, and strong investment in power infrastructure. China, India, Japan, South Korea, Australia, and Southeast Asian countries remain major contributors because of growing demand for reliable and cleaner power systems.

Restraints Impact Analysis

The market faces restraints from high capital cost, project delays, supply chain volatility, permitting issues, and financing challenges. Power EPC projects are large, complex, and exposed to raw material prices, labor availability, equipment lead times, and regulatory approvals.

Another restraint is contract margin pressure. EPC companies often work under fixed-price or milestone-based contracts, so cost overruns, design changes, and delayed payments can reduce profitability.

Opportunities Impact Analysis

Opportunities are strong in solar EPC, wind EPC, battery storage integration, transmission lines, substations, hybrid renewable projects, gas-fired plants, and grid digitalization. These areas benefit from rising electricity demand and the transition toward cleaner power infrastructure.

Higher-value opportunities are also emerging in green hydrogen power integration, offshore wind EPC, smart substations, microgrids, and power infrastructure for data centers. EPC firms with engineering depth, procurement scale, and project execution discipline can capture stronger long-term demand.

Challenges Impact Analysis

The main challenge is completing large power projects on time and within budget. EPC firms must manage engineering changes, equipment sourcing, contractor coordination, safety requirements, and commissioning risks across complex project sites.

Another challenge is balancing traditional and renewable project portfolios. While thermal power remains important in some regions, EPC companies must expand capabilities in renewables, storage, grid automation, and low-carbon infrastructure.

Segment Covered in the Report

By Type of Power Generation

• Thermal Power

• Renewable Energy

• Nuclear Power

• Hydropower

• Others

By Service Type

• Engineering

• Procurement

• Construction

By Equipment Type

• Steam Turbines

• Gas Turbines

• Solar PV Systems

• Wind Turbines

• Boilers

• Generators

• Others

By Region

• North America

• Europe

• Asia Pacific

• Latin America

• Middle East and Africa

Market Trend Analysis

The market trend is moving toward renewable EPC, integrated power storage, smart grids, digital project management, modular construction, and low-carbon power infrastructure. EPC companies are increasingly expected to deliver complete solutions rather than only construction services.

Asia Pacific remains the largest value region because of strong power demand, renewable capacity growth, and large-scale grid investment. North America and Europe also support growth through grid modernization, clean power projects, offshore wind, and energy security investments.

Investor Type Impact Matrix

Investors should focus on EPC companies with strong execution capability, renewable project experience, grid infrastructure expertise, procurement scale, and healthy order books. Strong risk management, contract discipline, and delivery track record are key success factors.

Strategic investors can also target renewable EPC firms, transmission contractors, energy storage integrators, digital construction platforms, offshore wind EPC specialists, and equipment-linked EPC service providers. Companies that combine engineering strength with clean power and grid modernization capabilities are better positioned for long-term growth.

Recent Developments

• In April 2026, Fluor signed a contract with X-energy to provide early engineering, project-definition and risk-assessment services for Dow’s proposed advanced nuclear power project at its Seadrift operations in Texas.

• In February 2026, Vikram Solar secured a 378.75 MW module order for an NTPC Green Energy project near Nakhatrana, Gujarat, expanding its role as a domestic equipment supplier for utility-scale solar development.

• In August 2025, Tata Projects adopted SAP’s cloud-based business suite across its operations, investing in enterprise-wide digital systems intended to improve planning, procurement, execution visibility and control across complex EPC projects.