In-depth Feasibility Study Discussions Held with Overseas Client for 330MW Coal‑fired Power Plant EPC Project in Wuxi

Wuxi, July 27, 2026 — A specialized on-site communication meeting centered on the feasibility study advancement of the overseas 330MW coal-fired power plant EPC (Engineering, Procurement, Construction) project was successfully convened in Wuxi. Against the backdrop of booming global energy infrastructure cooperation and steady optimization of cross-border power project layouts, this targeted offline seminar aimed to polish the project’s preliminary research system, verify technical implementation feasibility, and unify the cooperation standards and progress rhythm between the two parties. Our company’s professional team, composed of senior technical engineers, project management specialists, business development executives and cost control experts, engaged in thorough, face-to-face in-depth deliberations with the professional delegation sent by the overseas project client. Focusing on the core demands of the key overseas energy infrastructure project, both sides comprehensively aligned detailed technical implementation schemes, unified international and local construction implementation standards, and finalized preliminary overall planning arrangements for project phased advancement, laying a critical foundation for the subsequent formal implementation of the cross-border energy project.

As the core pioneering stage of the entire overseas power project development cycle, the feasibility study work serves as an indispensable and vital preliminary link that determines the scientificity, rationality and operability of project investment and construction. It provides authoritative and critical theoretical and practical basis for multiple key procedures including project official review and approval, overall scheme finalization, accurate investment budgeting, phased construction schedule management, risk early warning control, and full-cycle follow-up EPC delivery. The research scope covers the whole industrial chain of the project, including precise engineering design, standardized equipment procurement, modularized on-site construction, scientific project progress supervision and comprehensive overall execution management. In addition, the feasibility study also integrates multi-dimensional assessment of policy compliance, environmental adaptability, economic benefit and long-term operational stability, which is the core guarantee to avoid project construction risks, control investment costs and ensure long-term stable operation of the power plant.

During the full-day on-site meeting, our company’s professional team systematically displayed the complete framework and detailed achievements of the project’s preliminary planning work. The presentation covered a series of core contents including in-depth matching analysis of the project’s construction site geographical conditions, climatic adaptation evaluation, core unit performance parameter design and verification, main power equipment type selection and overall configuration scheme, scientific general layout planning of the power station functional zones, strict energy-saving transformation design and low-carbon environmental protection compliance standards adapted to the host country’s requirements, detailed project capital budgeting and cost estimation, phased construction schedule arrangement and node planning, as well as full-cycle project risk identification system and targeted prevention and mitigation measures for potential risks in construction, equipment transportation and local policy adaptation.

Drawing on the rich and mature practical experience accumulated from dozens of completed domestic and overseas large-scale thermal power EPC projects, our technical professionals elaborated the technical rationality, scheme advancement and on-site implementability of the proposed overall solutions in a targeted manner. Combined with classic project cases with similar scale and regional characteristics, the team explained the advantages of our company in standardized engineering design, refined construction management, high-quality equipment supporting and full-cycle after-sales service, fully demonstrating our solid comprehensive engineering strength, standardized whole-set workflow system and mature large-scale overseas EPC project integrated management capability.

The overseas client delegation highly recognized and fully affirmed our company’s systematic technical layout, rigorous research attitude and comprehensive project operation competence. The client’s professional team, which has in-depth understanding of local energy development strategies and power industry norms, fully combined the local power grid connection technical specifications, national macro energy industry policies, regional unique meteorological and geological environmental characteristics, local environmental protection supervision and compliance codes, as well as the long-term safe operation, daily maintenance and intelligent upgrading requirements of thermal power plants, and put forward a number of targeted, practical and industry-forward feedback opinions and scheme optimization suggestions for the existing feasibility study documents.

Both parties conducted in-depth, detailed and rigorous interactive exchanges and discussions around multiple core key areas of the project. The communication scope focused on core power generation technical indicators calibration, project design boundary condition confirmation, localized adaptation transformation measures for equipment and construction schemes, on-site construction constraint condition evaluation under regional environmental requirements, cross-border supply chain layout and equipment procurement guarantee arrangement, as well as key risk points and response strategies in the whole process of project EPC delivery. All ambiguous and pending items in the preliminary planning scheme were comprehensively sorted out, verified and supplemented one by one. Eventually, the two parties reached consistent mutual consensus on the core technical routes, project promotion basic principles, phased cooperation modes and key optimization directions, completely eliminating information asymmetry and communication gaps between the two sides in the early stage of project cooperation.

This round of in-depth bilateral offline communication and docking has effectively identified, sorted out and resolved potential hidden problems and imperfect contents in the initial feasibility study framework, and further clarified the key directions and core priorities for subsequent scheme design optimization and content improvement. It has greatly improved the completeness, scientificity, objectivity and practical guiding value of the project’s preliminary research outcomes, making the overall project scheme more in line with international industry standards and local actual construction and operation demands. At the same time, the efficient and in-depth face-to-face dialogue has further deepened the mutual professional understanding and strategic mutual trust between our company and the overseas client, effectively consolidating the solid cooperative foundation for follow-up technical scheme deepening, engineering interface precise alignment, resource docking coordination and formal project substantive progression.

Looking ahead, our company will attach great importance to all the feedback opinions and optimization suggestions put forward by the overseas client in this meeting. The professional project team will thoroughly sort out, digest and absorb all docking contents, and comprehensively revise, supplement and upgrade the existing feasibility study report in strict accordance with international industrial authoritative norms, cross-border power project construction standards and the host country’s local industry regulatory requirements and environmental policies. In the next stage, our company will steadily promote all pre-engineering preparation work in an orderly and standardized manner, continuously optimize the project implementation scheme, improve the whole-process risk control system, and fully guarantee the high-quality, standardized, safe and efficient advancement of the 330MW coal-fired power plant overseas EPC project. By virtue of excellent engineering technology and mature project management experience, we will strive to create a high-quality benchmark for cross-border energy cooperation, and jointly promote in-depth, stable and mutually beneficial international energy cooperation between the two regions.