Introducing our Factory Wholesale Solar Carport Kit, perfect for South Africa! This innovative solar carport is designed to provide shade for vehicles while generating clean, renewable energy. With a sturdy industrial structure, this solar carport is ideal for commercial and industrial use. The customizable design allows for easy installation and integration of EV charging stations, making it a versatile solution for parking lots and businesses. As a leading solar carport manufacturer, we guarantee high-quality materials and efficient performance. Say goodbye to traditional carports and hello to our state-of-the-art photovoltaic carport. Maximize your space and reduce your carbon footprint with our custom solar carport solution. Upgrade your parking lot with our reliable and cost-effective solar carport today!
Material |
Carbon Steel / Al6005 |
Coating |
Zinc Coating/Anodic oxidation |
Wind Load |
60m/s |
Snow Load |
1.4KN/M2 |
Parts |
Embedded parts, guide rails, sinks, fasteners, connectors, etc |
MOQ |
1000 Watts(2 Solar Panel) |
Life Time |
15 Years |



Q1: Does the solar carport kit comply with South Africa's structural and electrical standards?
A:Yes. The kit meets structural standards and electrical safety certifications. Components align with South Africa's Integrated Resource Plan, which prioritizes renewable energy integration. The galvanized steel or aluminum alloy framework is tested for wind loads up to 150 km/h and corrosion resistance in coastal regions like Durban and Cape Town. For grid connection, systems adhere to NRS 097-2-1 regulations and qualify for Eskom's Small-Scale Embedded Generation program.
Q2: Can the carport be customized for South Africa's climate and infrastructure needs?
A:Absolutely. Customization options include:
Material upgrades: ZnAlMg-coated steel for high-humidity regions like KwaZulu-Natal or anodized aluminum for UV protection in arid areas.
Modular designs: Adjustable tilt angles to optimize solar yield for South Africa's latitude.
EV integration: Pre-wired slots for Type 2/CCS2 chargers, compatible with local EV models like BMW iX3 and Nissan Leaf.
Local content compliance: Configurations meeting 40% local procurement requirements for government tenders.
Q3: How does the kit withstand South Africa's extreme weather conditions?
A:The design prioritizes:
Corrosion resistance: Hot-dip galvanized steel or anodized aluminum for coastal salt spray and industrial pollution.
Heat resilience: Reflective coatings reduce surface temperatures by 15-20°C, critical for Northern Cape's high solar irradiance (2,500 kWh/m²/year).
Structural durability: Dual-beam T-shaped supports distribute weight for snow loads ≤1.2 kN/m² in Drakensberg regions.
Q4: What government incentives apply to solar carport installations?
A:Key incentives include:
Tax benefits: 12.5% investment subsidy under the Section 12B tax allowance for renewable energy projects.
SEAI grants: Up to 40% subsidy for commercial installations under the Energy Resilience Fund (2025-2030).
Feed-in tariffs: Earn ZAR 1.20-1.50/kWh for excess energy fed into the grid via the Smart Export Guarantee .
EV-ready bonuses: Additional rebates for systems integrating EV chargers under the Automotive Production Development Programme.
Q5: What is the installation timeline and maintenance protocol?
A:Installation: Pre-fabricated kits reduce on-site labor by 50%. A 100 kW system (≈200 parking bays) deploys in 3-4 weeks, using helical piles for clay-rich soils or concrete footings for rocky terrains.
Maintenance:
Annual checks: Bolt torque (15-20 Nm), sealant integrity, and inverter efficiency (≥97%).
Bi-annual cleaning: pH-neutral agents to remove dust/pollen in Gauteng's urban areas.
Lifespan: 25+ years with ≤0.8% annual efficiency loss.