Photovoltaic EPC Project Services
Share:
Core Service Process
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.
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.
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.
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
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.
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.
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.
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
Integrates integrated technology to coordinate power production, storage and dispatch, enhancing grid peak-shaving capacity.
Optimized wind/sand resistance design adapts to the basin’s conditions, supporting ecological protection and green development.
Flexible bracket technology enables "power generation + aquaculture", with annual output over 200 million kWh.
"Agri-PV complementary" ensures crop growth while generating power, promoting coordinated development.
Customized water scheme with high-efficiency modules; annual output over 120 million kWh, boosting local fishery income.
Optimized layout realizes stable operation; annual CO₂ emission reduction exceeds 500,000 tons, aiding "dual carbon" goals.
RELATED PRODUCTS
Ready to start your project with METAVAST?
Contact our service team today for professional support and customized solutions for your business.