Project Background

To optimize the factory’s spatial resources and energy mix, Highjoule Company undertook a green upgrade of the existing parking area. Located in the factory’s front yard, the project transformed traditional parking spaces into a smart carport integrating solar power generation, energy storage systems, and charging stations. Through scientific planning, additional parking spaces were added while retaining existing functions, creating a green and low-carbon factory demonstration project.

Project Highlights

• Economical and Efficient: Significant annual power generation revenue, with an expected payback period of less than three years.
• Diversified Integration: Integrated solar power generation, storage, and charging.
• Space Optimization: Improves land utilization and enhances the parking environment.
• Intelligent Control: The energy storage system balances power loads and reduces operating costs.

Project Implementation Plan

Core System Configuration

• Solar Power Generation System: Utilizes high-efficiency photovoltaic modules and grid-connected inverters.
• Energy Storage System: Configures battery energy storage cabinets for time-shifting peak power.
• Charging Facilities: Combines DC fast charging and AC slow charging.

Construction Process

1. Foundation Engineering: Precisely locate and excavate the foundation, pouring concrete foundation.
2. Structural Installation: Erect steel structure pillars, install C-shaped steel beams, and erect the roof.
3. Protective Treatment: Anti-corrosion coating of the steel structure, installation of the drainage system.
4. Solar Panel Deployment: Lay out the solar panels and complete the electrical connections.
5. System Integration: Connect to the energy storage equipment and achieve grid-connected operation.
6. Charging Pile Installation: Both fast and slow charging stations will be installed, connected to the smart energy management system.

Project Benefits

Economic Benefits

• Substantial annual power generation revenue with a short payback period.
• Reduced corporate electricity costs and access to energy subsidies.

Environmental Benefits

• Reduced CO2 emissions by tens of tons annually.
• Increased renewable energy utilization.

Social Benefits

• Established a green corporate image benchmark.
• Provided convenient charging services for the factory.
• Developed a scalable and replicable solar-storage-charging solution.

Through this project, Highjoule successfully established a comprehensive green energy utilization system, achieving a win-win situation in both economic and environmental benefits, and providing a practical example for energy transformation in industrial plants.