Henan Jingtian Membrane Structure Engineering Co., Ltd.

I. Core Advantages of Photovoltaic Carports: More Than Just Parking

1. Generate green energy and reduce electricity costs
Photovoltaic carports utilize idle parking spaces within industrial parks to install solar panels, directly converting solar energy into electricity and achieving “self-generation and self-consumption, with surplus power fed back to the grid.” For enterprises facing high commercial and industrial electricity rates, photovoltaic power generation can substantially reduce daily operational electricity costs, delivering long-term, stable energy revenue.

2. Enhancing the Park’s Image
Constructing photovoltaic carports is a tangible manifestation of a company’s commitment to the green development philosophy, enhancing the park’s sense of technological sophistication and modernity while reinforcing the company’s image as an environmentally responsible, innovative, and socially accountable organization.

3. Dual practical functions, conserving land resources
Photovoltaic carports offer dual functionality: they provide shade and protection from rain, thereby extending the service life of vehicles, while also enabling efficient and intensive land use without requiring additional space for industrial or landscaping purposes. This makes them particularly well-suited for industrial parks where land resources are scarce.

4. Stable long-term investment returns
High-quality photovoltaic systems can have a service life of over 25 years and, once the initial investment has been recouped, will continue to generate electricity revenue. Coupled with government subsidy policies in various regions, the payback period is further shortened, making PV an attractive and stable fixed asset.

II. A Comprehensive Analysis of the Processing Workflow for Henan Jingyuan Photovoltaic Carports ​

Phase 1: Preliminary Preparation and Design ​

1. Site Survey and Assessment

Geological exploration, topographic surveying, and climate assessment

2. Scheme Design and Optimization

Confirmation of Structural Design, Electrical Design, and Construction Design Plans

Phase 2: Material Procurement and Processing

1. Material Procurement

Steel structural material: Q355B grade low-alloy high-strength steel

Photovoltaic Modules: High-Efficiency Monocrystalline Silicon PERC Solar Panels

Electrical equipment: string inverters, combiner boxes, etc.

Auxiliary materials and accessories: bolts, welding electrodes, anti-corrosion coatings, etc.

2. Steel Structure Fabrication

Main girder fabrication process:

Marking and positioning the main beam; welding the front opening of the bent main beam; sealing the rear opening of the main beam.

Positioning weld of purlin support plate; purlin support plate and main girder completed.

Column fabrication process: column assembly, diagonal bracing assembly, welding of stiffening plates, grinding, and anti-corrosion treatment.

Phase 3: On-site Construction and Installation

1. Foundation Construction

Excavation of the foundation pit, reinforcement works, concrete pouring, curing, and acceptance

2. Erection of the Steel Structural Main Frame

Installation process:

Lifting and temporary fixing of columns, verticality adjustment, steel beam installation, purlin installation, and overall acceptance inspection.

3. Photovoltaic System Installation

Installation process: bracket installation, component laying, electrical connection system installation, and commissioning.

Phase 4: Acceptance, Delivery, and Operations & Maintenance

1. Quality Acceptance

Steel Structure Acceptance, Photovoltaic System Acceptance, and Overall Project Acceptance

III. Application Case: The Successful Implementation of the Jingyuan Photovoltaic Carport in Henan Province

Case Study: Luoyang Photovoltaic Carport Project

Customized Design: Personalized design tailored to the site’s characteristics

Social Benefits: Providing green electricity and enhancing the organization’s public image.

IV. Future Outlook: Development Trends of Photovoltaic Carports

Technology Development Trends

1. System Integration Innovation

Integrated PV-Storage-Charging: Photovoltaics, Energy Storage, and Charging Have Become Standard Features

Smart Microgrid: Empowering Intelligent Energy Management with 5G and AI Technologies

Multi-Energy Complementarity: Coordinated Development of Photovoltaics and Other Renewable Energy Sources

2. Advances in Materials Technology

New Anti-Corrosion Materials: Extending the Service Life of Steel Structures

Lightweight materials: reduce installation costs and improve construction efficiency.

Self-cleaning technology: reduces maintenance requirements and lowers operating costs.

Market Development Prospects

1. Ongoing policy-driven momentum

Driven by the Dual Carbon Goals: Increasing Support from National Policies

Green Finance Incentives: Lower Financing Costs and Improved Investment Environment

Carbon Trading Market: Monetizing Environmental Benefits and Diversifying Revenue Models

2. Expansion of Application Scenarios

Industrial Parks: Becoming Standard Infrastructure, with Rapid Adoption

Commercial sector: Widely used in shopping malls, hotels, and other commercial venues.

Public facilities: Full-scale rollout in schools, hospitals, and transportation hubs

Conclusion: Joining Hands with Henan Jingyuan to Build a Green Future

Against the backdrop of the global energy transition, photovoltaic carports, as a key application scenario for distributed PV systems, are now poised for unprecedented growth opportunities. Leveraging years of experience in steel structure fabrication and robust technical expertise, Henan Jingyuan Space Structure Co., Ltd. provides high-quality photovoltaic carport solutions for industrial parks.

We are confident that, through continuous technological innovation and high-quality service, Henan Jingyuan will become the partner of choice for the development of photovoltaic carports in industrial parks. Let us join forces and work together to build green campuses and advance sustainable development!

Henan Jingyuan Spatial Structure Co., Ltd.