Developed based on structural design and energy efficiency principles, this system adopts a vertical load-bearing structure with bilateral diagonal bracing for reinforcement. It maximizes space utilization while providing reliable shelter for vehicles and delivering a continuous output of clean electricity. The main structure utilizes high-performance aluminum alloy, integrating the advantages of structural engineering and materials science to create an infrastructure product that combines modern industrial aesthetics with practical functionality.

1. Minimalist Column Structural System

A layout of four vertical columns significantly reduces visual obstruction and ground footprint, enhancing spatial openness and fluidity. This ensures ease of vehicle access while balancing aesthetics and practicality.

2. Scientific Structural Reinforcement Design

Carbon Steel Base Anchoring System: The column foundations are reinforced with high-strength carbon steel casing, serving as the primary load-bearing points to ensure overall structural stability and anti-overturning capability.

Triangular Stability Structure: Diagonal braces connect the columns and main beams, forming stable triangular support units that effectively distribute wind and snow loads, enhancing the system's overall rigidity and safety.

3. High-Performance Material Configuration

The main structure is made of weather-resistant aluminum alloy, paired with carbon steel bases, achieving an ideal balance of lightweight design and high strength. The materials offer excellent corrosion and rust resistance, with surfaces treated professionally for oxidation resistance, significantly extending the service life and reducing full-cycle maintenance costs.

4. Dual-Mode Canopy Configuration

Offers two canopy structure options: Standard and Waterproof. The waterproof canopy employs sealed panels and an integrated drainage system, providing high-efficiency water drainage performance to adapt to various usage environments and functional requirements.

This product goes beyond merely providing physical shelter; it represents a long-term asset that integrates engineering intelligence and sustainability principles. We are committed to delivering enduring infrastructure value to our clients through meticulous design and high-performance materials.