Huizhou 706.8kWp Photovoltaic Waterproof Bracket Carport Project



The total installed capacity of the Huizhou photovoltaic waterproof support carport project is 706.8kWp. It is an integrated distributed photovoltaic project that integrates vehicle parking protection and clean power generation. Constructed on the parking areas of the factory premises, the project deeply integrates traditional parking canopies with photovoltaic power generation systems. It not only meets the needs of shading, rainproofing and dustproofing for factory vehicles, but also fully utilizes the idle space of parking canopies to generate green electricity, helping enterprises achieve the development goals of energy conservation and carbon reduction, electricity cost reduction, and energy structure optimization. Tailored to Huizhou’s local climatic characteristics of abundant rainfall, frequent typhoons and high humidity, the project adopts dedicated waterproof support structures that balance structural safety, waterproof tightness and power generation efficiency, serving as a benchmark supporting project for green renovation and smart energy conservation in industrial and commercial factories.
The core highlight of the project is the professional photovoltaic waterproof support system. Abandoning the simple waterproof method relying on sealant for leakage prevention adopted by traditional photovoltaic carports, it applies an integral structural waterproof design to fundamentally solve water leakage problems at splicing gaps of photovoltaic modules, support joints and roof surfaces. Equipped with exclusive M-type main water tanks and U-type auxiliary water tanks for water diversion, the system forms a crisscross network drainage structure. Rainwater on photovoltaic panels can be quickly collected into the diversion tracks and discharged directionally along the water tanks, leaving no water accumulation or leakage risks.
The photovoltaic waterproof support carport represents a high-quality solution for lightweight photovoltaic renovation of industrial and commercial factory buildings. In practical terms, it improves factory supporting facilities and optimizes the vehicle parking environment. In terms of energy utilization, it builds a distributed green power supply system to assist enterprises in cost reduction, efficiency improvement and green transformation. In terms of policy compliance, it helps enterprises implement the dual-carbon policy requirements and complete energy-saving and carbon-reduction assessment indicators. Featuring a safe and stable structure, durable and reliable waterproof performance, and high-efficiency energy-saving power generation capacity, the project achieves the unification of practicality, economy, environmental protection and safety, providing an excellent reference model for the construction of industrial and commercial photovoltaic carport projects in Huizhou.
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