Driving Industrial Decarbonization: Sany Heavy Machinery Shanghai Industrial Park 9.5MW Distributed PV Project (EPC)
In the era of smart manufacturing and strict ESG mandates, transforming large-scale industrial facilities into self-sustaining green power hubs is a high-yield investment. As the trusted engineering partner, we successfully delivered the EPC (Engineering, Procurement, and Construction) General Contracting for Phase I of the Photovoltaic Project at Shanghai Sany Heavy Machinery Industrial Park. This benchmark project underscores the massive potential of solar energy applications within heavy industry and highlights our premier turnkey EPC service capabilities.
1. Project Overview: Turning Industrial Infrastructure into Green Assets
Located in the economic hub of Shanghai, China, this high-profile EPC project focuses on optimizing the massive infrastructure of the Sany Heavy Machinery Industrial Park.
Spatial Utilization: The installation spans two massive production workshops, covering a total rooftop area of 12,800 square meters.
Grid Integration: To facilitate seamless, high-voltage power transmission, the project involved the engineering and construction of two sets of 10kV booster stations, enabling efficient clean energy self-sufficiency across the entire industrial park.
By converting underutilized factory roofs into high-performance clean energy generators, this project provides a replicable roadmap for heavy machinery manufacturing hubs looking to modernize their energy mix.
2. Technical Specifications: Engineering Excellence & Advanced Solar Technology
As an integrated EPC general contracting project, every phase-from initial structural assessment to procurement and grid connection-was executed to meet rigorous industrial safety and efficiency standards.
Installed Capacity: A robust 9.5 MW distributed solar array tailored for high-load industrial demands.
Premium Hardware Integration: The system integrates high-performance solar modules, tier-1 efficient solar panels, and stable energy storage batteries. This setup maximizes solar energy capture while buffering the industrial grid against fluctuations.
Professional EPC Execution: Utilizing mature solar power generation technologies and professional EPC construction management, the project guarantees long-term structural safety, optimal waterproof integrity for the rooftops, and highly efficient operation under heavy industrial conditions.
3. Client Benefits: Maximizing ROI and Cutting Carbon Footprint
The 9.5MW PV system delivers a powerful combination of intensive cost control, accelerated financial returns, and measurable environmental impact for Sany Heavy Machinery.
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Performance Indicator |
Tangible Client Value Generated |
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Annual Clean Energy Yield |
Generates approximately 3 million kWh annually, powering heavy-duty manufacturing lines with stable, zero-carbon electricity. |
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Operational Risk Mitigation |
Lowers reliance on the traditional grid, shields the facility from rising peak electricity tariffs, and enhances local energy resilience. |
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Financial & ESG Advantages |
Accelerates revenue conversion through immediate utility savings while significantly lowering the park's corporate carbon footprint. |
Industrial EPC Insight:
"The Shanghai Sany Heavy Machinery project sets a new gold standard for industrial EPC solar applications. It proves that with the right engineering partner, heavy industry giants can seamlessly merge intensive cost control with aggressive decarbonization goals without disrupting daily manufacturing workflows."
As a leading EPC general contractor in the renewable energy sector, we specialize in delivering end-to-end solar solutions that turn corporate real estate into competitive advantages. Contact our engineering team today to unlock the green energy potential of your industrial facility.
