Photovoltaic EPC Project Services

Core Service Process

• Design Phase

  Customized Planning: Based on project terrain (mountains, waters, deserts, etc.), climate and grid-connection requirements, conduct site evaluation, system simulation and design. Optimize layout and equipment selection via wind engineering and structural mechanics, delivering solutions balancing safety, economy and efficiency.

• Procurement Phase

  Efficient Supply Chain Integration: Leverage in-house core equipment capacity (ZAM material, hot-dip galvanizing lines) and global supply chain to centralize procurement and quality control of modules, inverters and brackets. Ensure rapid response, cost control and shortened lead times via large-scale procurement and independent manufacturing.

• Construction Phase

  Standardized Implementation: Professional teams tailor construction plans—optimize terrain modification for mountains, apply modular technology for waters, strengthen wind/sand protection for deserts. Strictly follow safety and quality standards to ensure on-schedule grid-connection.

• O&M Phase

  Full-Lifecycle Support: Provide long-term O&M including real-time equipment monitoring, regular maintenance and performance optimization. A digital platform enables visualized data management, reducing costs and ensuring stable, efficient long-term operation.

Core Service Advantages

• In-depth Structural Synergy

  Inheriting grid-level structural design and wind engineering R&D experience, the plant’s structure integrates with equipment performance, ensuring strong resistance to wind, snow and geological hazards, and avoiding risks from design.

• Independent Manufacturing for Rapid Delivery

  30GW-level in-house production capacity ensures independent supply of key equipment. Prefabricated and modular construction shortens the cycle, helping customers seize market opportunities and accelerate returns.

• Multi-Energy Integration & Scenario Adaptability

  Diversified product matrix (tracking/flexible brackets, BIPV) adapts to mountains, waters, deserts, etc.—e.g., "power generation on water + aquaculture underwater" for fishery-solar projects, minimal terrain modification for mountain projects.

• Full-Process Empowerment & Collaborative Co-construction

  Offer end-to-end support (early consultation, construction guidance, O&M training). Focus on ecological protection (vegetation restoration, bird protection) and community collaboration, building sustainable plants.

Typical Project Cases

• Fushan Gonghe 1,000MW Source-Grid-Load-Storage Project (450MW core scale)

   Integrates integrated technology to coordinate power production, storage and dispatch, enhancing grid peak-shaving capacity.

• Yellow River 700MW PV Project

  Optimized wind/sand resistance design adapts to the basin’s conditions, supporting ecological protection and green development.

• Guohua Xiantao 195MW Fishery-Solar Project

  Flexible bracket technology enables "power generation + aquaculture", with annual output over 200 million kWh.

• Shuifa Zouping 120MW PV Project

   "Agri-PV complementary" ensures crop growth while generating power, promoting coordinated development.

• Datang Suining 100MW Fishery-Solar Project

  Customized water scheme with high-efficiency modules; annual output over 120 million kWh, boosting local fishery income.

• Longyuan Tianchang 64.4MW Fishery-Solar Project

  Optimized layout realizes stable operation; annual CO₂ emission reduction exceeds 500,000 tons, aiding "dual carbon" goals.