Company extends plant capabilities from conventional power EPC to next-generation nuclear as electricity infrastructure investment expands
DL E&C is strengthening power and energy infrastructure as a new growth axis, with a series of projects spanning gas-fired generation, combined heat and power and next-generation small modular reactor engineering.
The latest addition is a W244.1 billion ($180 million) contract to build a 500-megawatt combined heat and power (CHP) plant in Asan, South Korea. Coming just two months after a W550 billion power plant order on Jeju Island and alongside the company's participation in U.S. small modular reactor (SMR) engineering, the project points to a broader expansion of DL E&C's energy portfolio.
The timing is notable. Electricity infrastructure is attracting renewed investment as AI data centers increase power consumption, industries accelerate electrification and countries seek both reliable generation capacity and lower-carbon energy systems.
For DL E&C, that changing market could provide an opportunity to turn its accumulated plant engineering, procurement and construction capabilities into a more diversified energy infrastructure business.
Asan Adds Another Major Power Plant Reference
DL E&C signed a contract with a consortium led by Korea Western Power on Aug. 21 to construct the Asan CHP plant in Baebang-eup, Asan, South Chungcheong Province.
The total contract value is W287.2 billion, with DL E&C holding an 85% share worth W244.1 billion. The company's portion represents approximately 3.3% of its 2025 consolidated revenue of W7.40 trillion.
Construction is scheduled from April 2027 through April 2030.
The contract follows DL E&C's selection as the winning bidder earlier this month and formally adds the project to the company's construction pipeline.
Viewed on its own, Asan is another large domestic plant order. Seen alongside DL E&C's other recent projects, however, it becomes part of a wider shift toward power and energy infrastructure.
Dongjeju and Asan Build Momentum
In June, DL E&C secured a W550 billion contract from Korea East-West Power to build the Dongjeju Combined Cycle Power Plant on Jeju Island.
The 150-MW gas-fired facility will be built in Gujwa-eup, with DL E&C responsible for engineering, procurement and construction as well as commissioning. Completion is targeted for 2030.
The Dongjeju and Asan projects differ in generation technology, capacity and contractual structure, meaning their size and contract values cannot be directly compared.
What matters strategically is that DL E&C has secured two substantial power-generation projects within a relatively short period.
Power plant construction requires capabilities extending well beyond conventional building work. Engineering design, equipment procurement, integration of complex systems, construction management and commissioning all have to be coordinated over multiyear project cycles.
Each successfully executed project therefore becomes a reference that can support competition for future energy infrastructure orders.
The two projects also provide DL E&C with medium- to long-term plant work extending toward 2030.
New Orders Strengthen the Business Base
The power plant contracts come as DL E&C is maintaining momentum in its broader order intake.
The company secured W3.12 trillion in new orders on a consolidated basis in the second quarter of 2026.
Revenue for the quarter reached W1.80 trillion, while operating profit stood at W159.4 billion.
For South Korean construction companies, the quality of new orders has become increasingly important following years of elevated material, labor and financing costs.
Rather than pursuing volume alone, the industry's focus has increasingly shifted toward project profitability, risk management and securing businesses capable of providing stable long-term workloads.
Power and energy infrastructure can play a role in that diversification, particularly for companies with established plant EPC capabilities.
From Gas-Fired EPC to Small Modular Reactors
DL E&C is also extending its energy strategy beyond conventional power plants.
In March, the company signed an approximately $10 million engineering contract with U.S. advanced nuclear developer X-energy for standardized design work related to SMRs.
DL E&C is participating in standardization and modularization engineering that could be used for future X-energy reactor projects.
The project is strategically different from conventional EPC work.
SMRs are still an emerging market, but their development is attracting attention as countries seek additional sources of stable, lower-carbon electricity while power demand increases.
Standardized and modular designs are central to the SMR concept because they could eventually help shorten construction schedules and reduce costs compared with conventional large-scale nuclear projects.
Participating at the engineering stage gives DL E&C an opportunity to accumulate technical experience before the market moves toward broader commercial deployment.
The company's recent energy portfolio therefore spans different stages of the industry's evolution: conventional gas-fired generation in Dongjeju, combined heat and power in Asan and next-generation nuclear engineering through X-energy.
AI Is Changing the Power Infrastructure Equation
The backdrop to these projects is a structural change in electricity demand.
The rapid expansion of AI data centers is creating new requirements for large and reliable power supplies. Industrial electrification is adding another source of demand, while aging grids and generation facilities require substantial investment in many markets.
At the same time, energy security and decarbonization are forcing governments and utilities to consider a wider mix of generation technologies.
This creates opportunities not only for equipment manufacturers and utilities but also for engineering and construction companies capable of delivering complex energy infrastructure.
The competitive advantage in this market is unlikely to come from a single technology alone.
Companies that can combine engineering, procurement, construction and project management expertise across different forms of energy infrastructure could be better positioned as the power mix evolves.
For DL E&C, its existing plant capabilities provide a base from which to pursue that opportunity.
Plant Expertise Becomes a Platform for Diversification
DL E&C's strategy also reflects a broader challenge facing large construction companies: how to diversify beyond traditional housing and civil engineering while maintaining technological barriers to entry.
Plant engineering provides one answer.
Large energy facilities require specialized engineering capabilities, experience in global procurement and the ability to manage complex construction schedules and technical interfaces.
Those capabilities can also be transferable.
Experience accumulated in conventional power and industrial plants can support expansion into newer fields such as low-carbon energy infrastructure, hydrogen-related facilities and advanced nuclear projects.
DL E&C's involvement with X-energy illustrates how traditional plant engineering expertise can potentially provide an entry point into emerging energy technologies.
The opportunity is therefore not simply to win more power plant contracts, but to use existing EPC capabilities as a platform for participating in the broader transformation of energy infrastructure.
Energy Infrastructure Emerges as a New Growth Axis
The W244.1 billion Asan contract alone is not enough to redefine DL E&C's business portfolio.
The broader sequence of projects is more significant.
Within months, the company has secured the W550 billion Dongjeju combined-cycle power plant, finalized the 500-MW Asan CHP project and advanced its involvement in SMR engineering with X-energy.
These projects cover conventional generation, high-efficiency combined heat and power and a technology aimed at the next generation of nuclear energy.
If DL E&C successfully converts these projects into operating references, the company could strengthen its position for future power infrastructure opportunities both in South Korea and overseas.
There is still a considerable distance between participating in SMR engineering and establishing a large commercial business in next-generation nuclear power. Likewise, future energy orders will depend on project economics, policy and investment conditions.
But the direction of DL E&C's portfolio is becoming clearer.
As rising electricity demand brings power infrastructure back to the center of global investment, DL E&C is positioning its plant engineering capabilities across both today's generation technologies and those that could shape tomorrow's energy market.
In that context, the Asan contract is more than another W244.1 billion construction order. It is the latest piece of a broader strategy to make power and energy infrastructure a more important growth axis for DL E&C.
