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Partnerships
National utilities and governments
Partnering with national utilities and governments secures large, multi-year power and water projects often exceeding $500 million, anchoring Doosan Heavy Industries’ backlog. These ties enable alignment with national energy transition roadmaps and access to subsidy and grid-integration programs. They streamline permitting, grid access, and localization, improving local content and cost predictability. Long-term frameworks (5–15 years) reduce bid uncertainty and pipeline volatility.
EPC consortia and civil contractors
EPC consortia and civil contractors complement Doosan’s OEM strengths by delivering civil works and balance-of-plant, supporting Doosan Heavy’s 2024 order backlog just over KRW 10 trillion. Joint bids expand competitiveness and geographic reach, enabling access to larger international tenders. Shared risk models enhance bankability and execution flexibility for lenders and insurers. Local partners help meet content and workforce requirements in target markets.
Technology licensors and research institutes
Alliances with technology licensors and research institutes in SMR, hydrogen, renewables and CCUS can accelerate Doosan Heavy's time-to-market, tapping into a global SMR pipeline of over 100 designs and growing in 2024. Access to patents, codes and validated designs de-risks deployment and shortens certification cycles, leveraging CCUS infrastructure capacity exceeding 45 MtCO2/yr by 2024. Joint R&D and academic links unlock performance, cost and safety gains while supplying talent, test facilities and certification pathways.
Supply chain, materials, and fuel providers
Strategic agreements secure forgings, high‑grade alloys and turbine components, with 2024 industry practice favoring 3–7 year supply contracts to stabilize inputs. Rigorous quality control and full traceability per ASME/ISO standards sustain nuclear and turbine reliability. Dual‑sourcing limits geopolitical and logistics exposure, reducing single‑supplier risk.
- 3–7 year contracts
- ASME/ISO traceability
- Dual‑sourcing risk mitigation
Financiers, ECAs, and multilaterals
Collaboration with banks, ECAs and multilaterals improves Doosan Heavy Industries project bankability; Berne Union members supported roughly 300 billion USD of export finance in 2023, signaling deep ECA capacity for large EPC deals. Structured finance solutions and co-lending reduce Doosan’s blended cost of capital by pooling risk and tenor. Political risk cover from ECAs/DFIs opens markets otherwise off-limits.
- Co-lending aligns incentives across sponsor, lender, and insurer
- Structured finance lowers long-term funding costs
- Political risk cover enables entry into frontier markets
National partners secure multi‑year KRW10tn+ pipeline; ECAs and licensors boost bankability
Doosan’s national utility and government partners secure multi‑year >KRW10tn project pipeline and align with energy transition incentives. EPC consortia and local contractors expand bid reach and meet local content requirements. Tech licensors and institutes accelerate SMR, hydrogen and CCUS deployment (SMR designs >100; CCUS capacity ~45 MtCO2/yr in 2024). ECAs/DFIs and banks improve bankability; Berne Union export cover ~USD300bn (2023).
| Partner | Role | 2024 metric |
|---|---|---|
| National utilities | Anchor projects | Backlog >KRW10tn |
| Tech licensors | R&D/cert | SMR designs >100 |
| ECAs/DFIs | Finance | Berne Union ~USD300bn (2023) |
What is included in the product
Detailed Word Document
A comprehensive Business Model Canvas for Doosan Heavy Industries detailing customer segments, channels, and high-value propositions across power, desalination, and EPC services. Organized into nine BMC blocks with competitive advantages, SWOT-linked insights, and investor-ready narrative for strategic decisions and financing discussions.
Customizable Excel Spreadsheet
High-level, editable Business Model Canvas for Doosan Heavy Industries that condenses complex power and infrastructure strategies into a one-page snapshot, saving hours of formatting and enabling quick comparison, collaboration, and board-ready summaries.
Activities
EPC execution for power and water
End-to-end engineering, procurement and construction delivery underpins Doosan Heavy Industries revenue, linking design to final handover; strong schedule and cost control—targeting single-digit EPC margins—drive competitiveness. Site management, commissioning and grid synchronization are critical milestones for project acceptance, with formal handover processes securing final payments and retention releases.
Manufacturing turbines, generators, and forgings
Vertically integrated production of turbines, generators, and forgings gives Doosan Heavy Industries direct control over quality, lead-times, and unit costs by consolidating design, casting, machining, assembly, and testing under one management system. Large-component casting and forging capability—handling parts often exceeding several tons—serves as a clear differentiator in heavy equipment markets. Rigorous factory testing lowers field failure rates and rework, shortening commissioning cycles. Continuous yield and throughput improvements from lean manufacturing and process optimization sustain margin expansion.
Lifecycle O&M and LTSAs
Long-term service agreements (typically 10–20 years) deliver predictable, recurring revenue that stabilizes Doosan Heavy Industries cash flow and supports financing for new builds. Planned outages, upgrades and stocked spares sustain fleet availability and can extend asset life by years. Remote diagnostics and predictive maintenance cut unplanned downtime by around 20–30% and lower operating costs. Performance guarantees align incentives, tying payments to availability metrics and strengthening customer trust.
R&D in SMRs, hydrogen, and CCUS
- SMR: >70 designs (IAEA)
- Hydrogen: ~95 Mt demand (2022, IEA)
- CCUS: ~45 MtCO2/yr captured (~2022)
- Focus: prototyping, certification, partnerships, IP
Bid management and project finance
Competitive tenders demand rigorous techno-economic proposals; tight cost modeling and lifecycle O&M forecasts shift evaluations. Optimal risk allocation and contract structuring materially raise win probability. In 2024 project finance LTV commonly reached 60–75%, and compliance/localization (often >30% local content) improves procurement scores.
- Techno-economic rigor: detailed LCOE/O&M
- Risk allocation: EPC vs owner shifts outcomes
- Financing: 60–75% LTV in 2024
- Compliance/localization: >30% local content boosts score
End-to-end EPC with vertical manufacturing, predictive maintenance and long-term service revenue
Doosan delivers EPC end-to-end with single-digit EPC margins, strict schedule/cost control, and formal handover processes. Vertical manufacturing of turbines/generators/forgings reduces lead-times and rework via factory testing and lean ops; predictive maintenance cuts downtime ~20–30%. Long-term service contracts (10–20 yrs) and 2024 project finance LTV 60–75% stabilize cash flow. R&D in SMRs (>70 designs), hydrogen (~95 Mt 2022) and CCUS (~45 MtCO2/yr 2022) expands markets.
| Metric | Value |
|---|---|
| EPC margin | Single-digit |
| Predictive downtime reduction | 20–30% |
| Service contract length | 10–20 yrs |
| Project finance LTV (2024) | 60–75% |
| SMR designs (IAEA) | >70 |
| Hydrogen demand (2022, IEA) | ~95 Mt |
| CCUS capture (~2022) | ~45 MtCO2/yr |
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Resources
Heavy manufacturing facilities
Heavy manufacturing facilities at Doosan provide large-scale casting, forging and assembly shops that enable core OEM output. Onsite test bays validate turbines and generators prior to shipment. High-capacity lines and automation systems underpin delivery reliability. Facilities positioned near major ports facilitate logistics for oversized cargo.
Engineering and project talent
Multidisciplinary engineering teams at Doosan Heavy deliver complex EPC scopes across power and industrial projects, supporting a global nuclear new-build pipeline of 53 reactors under construction as of 2024. NQA-1 and nuclear-qualified staff ensure compliance with stringent quality and safety standards. Experienced PMOs drive risk, schedule and cost control, while global field crews ensure consistent execution across sites.
Intellectual property and certifications
Designs, process know-how and proprietary software models drive plant performance and lifecycle value for Doosan Heavy Industries, supported by nuclear codes such as ASME and RCC-M and ISO 9001 and ISO 14001 certifications that enable global market access. Digital twins and analytics expand O&M services and remote diagnostics. Patents underpin differentiation in SMR and hydrogen technologies.
Supplier and vendor ecosystem
Doosan Heavy Industries leverages a vetted global supplier and vendor ecosystem headquartered in South Korea to ensure quality and redundancy across projects. Framework agreements stabilize pricing and lead times while localization partners align components with national content rules. Strategic inventories and spare-part buffers reduce exposure to supply shocks and support sustained delivery performance.
- vetted global network
- framework agreements
- localization partners
- strategic inventories
Financial strength and ECA access
Doosan Heavy Industries leverages strong balance sheet capacity to support bonding and performance warranties, while 2024 access to Korea Eximbank and K-SURE export credit facilities enhances project bankability and donor confidence. Active hedging and commodity risk management preserve margins amid volatile input costs. Dedicated structured finance teams execute bespoke, multi-source funding for complex EPC deals.
- Balance sheet: supports bonds/warranties
- ECA ties: Korea Eximbank, K-SURE (2024)
- Risk: hedging preserves margins
- Capability: structured finance for complex deals
NQA-1 teams & heavy manufacturing back 53 reactors; SMR/hydrogen focus
Heavy manufacturing, test bays and port-adjacent logistics enable oversized OEM deliveries. Multidisciplinary, nuclear-qualified engineering teams support 53 reactors under construction globally (2024) with NQA-1 compliance. Proprietary designs, digital twins and patents drive SMR/hydrogen differentiation. Strong balance sheet plus Korea Eximbank and K-SURE access (2024) improves project bankability.
| Resource | Metric | 2024 |
|---|---|---|
| Global nuclear pipeline | Reactors under construction | 53 |
Value Propositions
End-to-end EPC + OEM delivery
Single-throat EPC + OEM delivery at Doosan Heavy reduces interface risk for owners by consolidating responsibility under one contractor, leveraging Doosan Group’s industrial legacy (est. 1896) to integrate design-to-commissioning and shorten schedules. Proven QA/QC practices support reliability at COD, and the company’s bankable track record enables access to project financing from global lenders.
High-efficiency, reliable equipment
Turbines and generators deliver industry-leading thermal efficiency up to 62% (≈5,450 Btu/kWh) and plant availability typically above 98%, driving lower heat rates and higher uptime. Robust materials and ISO-standard testing reduce unplanned outages. Lifecycle upgrades commonly extend asset life by 10–20 years and raise output 5–10%. Comprehensive warranty and service contracts de-risk ownership and stabilize O&M costs.
Decarbonization-ready solutions
Doosan’s decarbonization-ready solutions pair SMRs, hydrogen-ready turbines, renewables integration and CCUS (global CCUS capacity ~50 MtCO2/yr in 2024) to enable net-zero pathways. Hybridization and retrofit packages cut emissions across existing fleets, extending life and reducing near-term CO2. Flexible plants support variable renewables—global renewable additions ~540 GW in 2023—while future-fuel compatibility preserves long-term asset value.
Water-energy synergy via desalination
Doosan leverages water-energy synergy by pairing desalination with power plants, cutting combined lifecycle costs through energy-efficient SWRO designs that typically consume 3–4 kWh/m3. Integrated cogeneration and waste-heat recovery can halve thermal desalination energy needs and boost overall plant efficiency. Proven project references across power-desal projects reinforce bankability and O&M predictability.
- SWRO energy: 3–4 kWh/m3
- Cogeneration: up to 50% thermal energy reduction
- Lower lifecycle OPEX via efficiency
On-time, on-budget execution
Doosan Heavy delivers on-time, on-budget execution through rigorous project controls that limit change orders and schedule slippage, global sourcing that reduced procurement lead-time variability by 2024, experienced site teams handling complex interfaces, and transparent reporting that strengthens stakeholder confidence.
- Project controls: lower change-order incidence
- Global sourcing: diversified suppliers (2024)
- Site teams: complex-interface expertise
- Reporting: real-time stakeholder dashboards
Single-contractor EPC+OEM: ~98% availability, up to 62% thermal efficiency, decarbonization-ready
Doosan Heavy offers single-contractor EPC+OEM delivery, bankable global financing and proven QA delivering ~98% availability and up to 62% thermal efficiency, lowering LCOE and schedule risk. Decarbonization-ready fleets (SMR, H2-ready turbines, CCUS ~50 MtCO2/yr in 2024) and retrofit upgrades extend asset life 10–20% while cutting emissions. Integrated power-desal (SWRO 3–4 kWh/m3) and strict project controls reduce lifecycle OPEX and change orders.
| Metric | Value |
|---|---|
| Availability | ~98% |
| Thermal efficiency | Up to 62% |
| CCUS capacity (2024) | ~50 MtCO2/yr |
| SWRO energy | 3–4 kWh/m3 |
Customer Relationships
Long-term service partnerships
Long-term service partnerships use LTSAs to align incentives around availability (typically 95–98% SLA targets) and lifecycle cost control. Predictive maintenance implementations have been shown to cut unplanned downtime by up to 70% and maintenance costs by 10–40% (McKinsey industry benchmarks). Scheduled outages are co-planned with grid operators to match seasonal demand peaks and reserve requirements. KPI dashboards deliver real-time SLA transparency, shortening issue resolution and contract disputes.
Key account co-development
Key account co-development lets strategic customers shape SMR and hydrogen roadmaps, aligning technical specs with market needs and improving project fit and economics. Early engagement through joint pilots validates performance claims and de-risks deployment. Tight feedback loops with partners accelerate product iteration and shorten time-to-revenue.
Performance guarantees and warranties
Contractual performance guarantees de-risk owner outcomes by specifying deliverables, milestones and measurable KPIs. Remedies and liquidated damages clauses enforce accountability and provide predefined compensation paths for delays or shortfalls. Rigorous factory and site acceptance testing confirm compliance before commercial operation date. Post-COD warranty support with defined response SLAs sustains client trust and lifecycle performance.
Digital monitoring and analytics
Digital monitoring and analytics enable Doosan Heavy Industries to run remote diagnostics that optimize operations and maintenance, reduce response times and extend asset life. Real-time anomaly detection prevents failures by flagging deviations early, lowering unplanned downtime. Fleet benchmarking across sites improves performance through best-practice replication, while secure portals deliver role-based data for faster, data-driven decisions.
- Remote diagnostics
- Anomaly detection
- Fleet benchmarking
- Secure data portals
Training and localization support
Owner-operator training builds self-sufficiency by enabling onsite teams to manage commissioning and routine maintenance, reducing external service dependency. Local hiring and supplier development align projects with host-country policy and economic content goals, strengthening permit and tender prospects. Structured knowledge transfer and aftercare teams preserve operational know-how and ensure uptime through scheduled support and parts management.
- Owner-operator training: reduces external reliance
- Local hiring: meets policy and content requirements
- Knowledge transfer: secures long-term ties
- Aftercare teams: ensure smooth operations
LTSAs + predictive maintenance: 95–98% uptime, up to 70% less downtime
Long-term LTSAs target 95–98% availability and tie incentives to lifecycle cost; predictive maintenance cuts unplanned downtime up to 70% and maintenance costs 10–40% (McKinsey). Key-account co-development and pilots de-risk SMR/hydrogen rollouts and shorten time-to-revenue. Digital monitoring, remote diagnostics and KPI dashboards enable real-time SLA compliance and faster resolutions.
| KPI | Target / Impact | 2024 metric |
|---|---|---|
| Availability SLA | 95–98% | Industry benchmark 95–98% |
| Unplanned downtime | Reduction up to 70% | McKinsey: up to 70% |
| Maintenance cost | Reduction 10–40% | McKinsey: 10–40% |
Channels
Direct sales to utilities and SOEs
Account executives manage complex multi-year sales cycles (commonly 2–5 years) coordinating bids, financing and EPC partners. Early technical workshops align specifications to reduce late-stage design changes and claims. Executive outreach builds sponsor support critical for SOE approvals and financing. Reference visits to operating sites de-risk decisions by validating performance and O&M metrics from 2024 projects.
Competitive tenders and RFPs
Formal procurement drives most EPC intake for Doosan Heavy, with compliance and quality of submissions frequently deciding award outcomes. Clarification rounds in 2024 routinely refined scope and allocated risk, shortening negotiation cycles. Bid bonds commonly ranged 1–5% of bid value, with performance guarantees often 10–20%, demonstrating bidder credibility.
Strategic JVs and consortia
Partner-led JVs and consortia expand Doosan Heavy Industries’ regional access, enabling entry into markets where local partners drive distribution and permitting; consortium bids have been shown industry-wide to lift win rates by ~20–30% in 2024. Shared capabilities improve technical competitiveness and raise proposal success; local presence enhances compliance with national content rules and permits. Risk-sharing reduces upfront capital needs, improving capital efficiency and freeing cash for R&D.
Industry forums and thought leadership
Conferences and standards bodies drive procurement specs and demand signals—renewables reached roughly 29% of global electricity generation in 2023 (IEA), influencing turbine and grid equipment requirements; whitepapers prove performance and bankability to lenders; demo projects (pilot plants, 1–5 MW pilots common) showcase innovation; panel roles and keynote slots elevate Doosan Heavy Industries brand authority.
- Conferences: procurement signals
- Standards: spec alignment
- Whitepapers: lender confidence
- Demos: tech validation
- Panels: brand authority
Digital channels and service portals
Digital portals enable online parts ordering and ticketing, shortening lead times and improving attach rates; data-sharing for predictive maintenance enables service upsell, with studies showing predictive maintenance can cut maintenance costs up to 20% and downtime up to 35% (McKinsey); content marketing educates customers on new tech; virtual demos speed early-stage engagement and shorten sales cycles.
- Online parts ordering & tickets — faster fulfillment
- Predictive data — enables higher-margin service upsell (maintenance costs −20%, downtime −35%)
- Content marketing — educates on new tech adoption
- Virtual demos — accelerate pipeline conversion
Shorten cycles: 2-5,+25%,-20%/-35% yr
Account executives manage 2–5 year sales cycles; early workshops and executive outreach reduce late changes and speed approvals; partner JVs lifted win rates ~25% in 2024; digital portals and predictive maintenance (−20% maintenance costs, −35% downtime) boosted service attach and shortened cycles.
| Channel | Metric | 2024 |
|---|---|---|
| Direct sales | Cycle length | 2–5 yrs |
| Procurement | Bid bonds | 1–5% |
| JVs/Consortia | Win rate lift | ~25% |
| Conferences | Renewables signal | 29% gen (2023) |
| Digital | Maintenance impact | −20% cost, −35% downtime |
Customer Segments
National utilities and IPPs
National utilities and IPPs are the primary buyers of large-scale generation assets, typically procuring plants sized over 100 MW and financed with debt tenors of 15–20 years. They prioritize reliability, low levelized cost of electricity, and strict compliance with grid codes. Procurement favors bankable OEMs with verifiable references, which shortens financing timelines. Lifecycle support and upgrades across a 25–30 year asset life are highly valued.
Governments and SOEs
Governments and SOEs sponsor nuclear, desalination and strategic infrastructure projects, driving demand for security-of-supply and high localization rates. South Korea operates 24 commercial reactors and 57 reactors were reported under construction globally in 2024 (IAEA), reinforcing scale and safety expectations. They insist on strict safety and regulatory compliance and multi-year, resilient procurement to manage long cycle risk.
Industrial and district energy users
Refineries, steel mills and chemical plants require captive power and steam for processes and utilities, often sourcing on-site CHP to secure supply. CHP and cogeneration lift overall plant efficiency to roughly 60–80% versus 35–50% for separate systems. Desalination (RO ~3–4 kWh/m3) supports water‑intensive operations. Reliability and rapid field support targeting >99% availability are critical.
Developers and project financiers
Developers and project financiers prioritize bankable EPC and OEM partners that offer fixed-price, date-certain delivery, robust performance guarantees and optional O&M packages; in 2024 higher financing costs tightened equity cushions and raised focus on clear risk allocation for turnkey projects.
- bankable partners
- fixed-price, date-certain
- robust guarantees & O&M
- proven tech, clear risk allocation
Emerging tech adopters
Emerging tech adopters include SMR operators, hydrogen producers and hybrid plant developers seeking modular, scalable solutions that fit phased rollouts; hydrogen production was about 95 million tonnes in 2024, underscoring market scale. Pilot-friendly partners lower technology and commercial risk through staged deployments and CAPEX control. Clear pathways to regulatory certification and grid/fuel standards are essential for market entry and financeability.
- SMR operators: modular NPV-driven projects
- Hydrogen producers: demand ≈95 Mt (2024)
- Hybrid developers: focus on scalability
- Pilot partners: de-risk tech, reduce CAPEX
- Certification: required for financing & permitting
Bankable nuclear solutions demanded: long-life, >99% availability; 57 reactors U/C, H2 ~95 Mt
Doosan serves national utilities/IPPs, governments/SOEs, heavy industry and developers, plus emerging SMR/hydrogen players; priorities are bankability, long-term lifecycle support and >99% availability. Key 2024 metrics: 15–20y debt tenors, 25–30y asset life, 57 reactors under construction, hydrogen demand ~95 Mt.
| Segment | Key needs | 2024 metric |
|---|---|---|
| Utilities/IPPs | Bankable OEMs, LCOE | 15–20y debt |
| Govt/SOE | Safety, localization | 57 reactors U/C |
| Industry/CHP | Reliability, steam | 60–80% efficiency |
| Emerging tech | Modularity, cert | H2 demand ~95 Mt |
Cost Structure
Materials and components
Alloys, forgings and specialized parts are the primary drivers of COGS for Doosan Heavy Industries, with high-grade nickel and chrome alloys and precision forgings commanding premium pricing. Price volatility in raw materials forces use of hedging instruments and long-term supplier contracts to stabilize margins. Stringent quality standards add layered inspection and testing costs. Transporting oversized components requires specialized logistics, permits and heavy-lift equipment, elevating freight spend.
Skilled labor and engineering
High-caliber engineers and technicians drive Doosan Heavy Industries projects, with skilled labor typically representing 25–35% of EPC project costs (2024 industry benchmark); site labor peaks during construction phases, raising month-to-month payroll by up to 40%. Training, certifications and competency programs add roughly 1–3% to annual payroll, while global mobility (travel, lodging) can increase project overhead by 5–8% in 2024.
Plant capex and maintenance
Plant CAPEX at Doosan Heavy in 2024 prioritized continuous facility investment to sustain heavy-equipment output; equipment calibration under ISO/IEC 17025 protocols preserves part tolerances and product quality. Preventive maintenance programs, which can cut unplanned downtime by up to 45%, protect production continuity. Strategic automation upgrades delivered throughput gains commonly in the 20–30% range.
R&D and certification
R&D and certification for SMR, hydrogen and CCUS demand sustained funding with multi‑year programs; certification and testing often span 3–7 years and can cost several million to tens of millions USD. Partnerships spread capex and opex but require formal governance, and IP protection/legal support typically adds low‑ to mid‑seven‑figure annual costs for major programs.
- Time horizon: 3–7 years
- Testing/licensing: $1M–$30M+
- Partnerships: governance overhead
- IP/legal: ~$0.5M–$5M/year
Project risk and warranties
Contingencies for delays, liquidated damages and rework materially increase project costs and are reserved in contracts; Doosan Heavy Industries reported 2024 revenue of KRW 9.2 trillion, making LD exposure on large EPC projects a key margin risk.
Bonding and insurance (performance bonds often 5–10% of contract value) and warranty provisions compress margins, while currency and geopolitical volatility in 2024 drove active hedging of USD/KRW and trade-credit exposure.
- Contingencies: reserve against LDs, rework
- Bonding/insurance: material cost; performance bonds 5–10%
- Warranty provisions: margin pressure
- Currency/geopolitical: hedge USD/KRW, trade-credit
High raw-material volatility and labor (25-35%) drive hedging, CAPEX and automation for 20-30% gains
Alloys, forgings and specialized parts drive COGS; raw‑material volatility in 2024 necessitated hedging and long‑term contracts. Skilled labor represents 25–35% of EPC costs, with site payroll spikes up to 40% during peak construction. CAPEX, preventive maintenance and automation (20–30% throughput gains) protect output; R&D/certification for SMR/hydrogen/CCUS spans multi‑year, costing $0.5M–$30M.
| Item | 2024 Metric |
|---|---|
| Revenue | KRW 9.2 trillion |
| Labor | 25–35% of project cost |
| Performance bonds | 5–10% of contract |
| R&D/IP | $0.5M–$30M |
Revenue Streams
EPC contracts for power and desalination
Lump-sum or hybrid EPC contracts for power and desalination form Doosan Heavy Industries’ principal project revenue, with contract values often ranging from tens to hundreds of millions USD per plant. Milestone payments are staged to align cash flow with construction progress, typically on design, equipment delivery and commissioning. Change orders can add double-digit percent upside on large projects, while performance bonuses commonly range from 0.5–2% of contract value for early or superior delivery.
Equipment sales and upgrades
Turbines, generators, HRSGs and desalination units remain the core OEM revenue drivers for Doosan Heavy, with large equipment orders forming the bulk of new-contract sales in 2024. Retrofit kits and uprates commonly boost plant output and can raise OEM contract value by 10–20% per unit. Spare parts and consumables delivered as aftermarket sales typically provide around 30% of lifecycle revenue. Factory services and shop repairs add margin, often contributing an 8–12% incremental gross margin on service work.
Long-term service agreements
Long-term service agreements lock in annuity-like cash flows from scheduled maintenance, outages, and spares, reducing revenue cyclicality and improving lifetime margin visibility. Availability-based contracts align Doosan's incentives with plant uptime and can command premium pricing tied to performance metrics. Remote monitoring and analytics enable recurring subscription income and parts consignment programs increase customer stickiness and aftermarket share.
Performance and digital services
Performance and digital services generate fee income through optimization, analytics, and advisory contracts; pay-for-performance pilots align Doosan Heavy Industries with clients by sharing measurable O&M savings and incentivizing efficiency. Cybersecure data services build trust and support recurring SaaS revenue, while training and certification create high-margin add-ons that deepen customer ties.
- Optimization fees: analytics-led contracts
- Pay-for-performance: shared O&M savings
- Cybersecure data: subscription/SaaS trust
- Training & certification: add-on revenue
Licensing, JV income, and grants
IP licensing and technology partnerships diversify Doosan Heavy Industries revenue by monetizing reactor designs and hydrogen tech through fees and royalties, while joint-venture dividends arise from equity stakes in regional power and EPC ventures. Government grants under national SMR and hydrogen programs fund pilot projects and de-risk commercialization. Standardization and certification services generate additional fee-based income.
- Licensing: royalties and tech fees
- JV income: regional dividends from equity stakes
- Grants: government-funded SMR/hydrogen pilots
- Services: standardization and certification fees
EPC-led revenue; bonuses 0.5-2%, uprates 10-20%, spares ~30%
Lump-sum/hybrid EPC contracts remain principal project revenue, with milestone payments and change orders adding double-digit upside; performance bonuses typically 0.5–2% of contract value. Core OEM sales (turbines, generators, HRSGs, desal units) drove 2024 new-contract volume; retrofit uprates add 10–20% per unit and spares ~30% of lifecycle revenue. LTSA and availability contracts create annuity cash flows; digital/pay-for-performance and licensing/JV income diversify recurring fees.
| Revenue stream | 2024 metric |
|---|---|
| Performance bonuses | 0.5–2% of contract |
| Retrofit/uprates | +10–20% per unit |
| Spares/aftermarket | ~30% lifecycle revenue |