High-Performance Carbon Fiber for New Energy Solar Photovoltaic Systems: Redefine Solar Power Efficiency
1. Carbon Fiber Material Advantages: Built for Solar Photovoltaic Environments
Our carbon fiber products (solar panel frames, mounting brackets, trackers, cable trays) for photovoltaic (PV) systems are crafted from 고급 탄소 섬유 복합재 (T700/T800 grade with anti-UV resin coating), solving pain points of traditional aluminum/steel PV components—delivering superior performance for long-term solar power generation:
- 초경량 및 설치 편의성: 50%-60% lighter than aluminum and 70%-80% lighter than steel. A 1.6m×1m solar panel frame weighs only 1.2-1.5kg (vs. 3-4kg for aluminum frames), reducing transportation costs by 30% and cutting on-site installation time by 40%. No need for heavy lifting equipment—2-3 workers can install 50+ panels per day, lowering labor costs for large-scale PV projects.
- Superior Wind & Load Resistance: Carbon fiber has a tensile strength of 3600MPa and modulus of elasticity of 230GPa—2.5x stronger than aluminum. PV mounting brackets (made of carbon fiber honeycomb structure) withstand wind speeds up to 250km/h (category 10 typhoons) and snow loads of 1.5kN/m², avoiding frame bending or tracker deformation (common in aluminum systems). Ideal for coastal, high-altitude, or snow-prone regions.
- Weather & UV Resistance: Carbon fiber components meet IP68 waterproof standards and resist extreme temperatures (-40°C to 85°C). The anti-UV coating prevents material aging from long-term sunlight exposure (common in plastic or aluminum parts), ensuring stable performance for 25+ years (matching solar panel lifespan). No corrosion from rain, humidity, or salt spray—suitable for desert, coastal, or tropical PV projects.
- Low Thermal Expansion & High Stability: Carbon fiber has a coefficient of thermal expansion (CTE) of 1.5×10⁻⁶/°C (1/10 of aluminum). It maintains dimensional stability under daily temperature fluctuations (e.g., desert day-night temperature differences of 40°C), avoiding gaps between panels or loose connections that reduce power generation efficiency.
- Eco-Friendly & Recyclable: Carbon fiber production uses 30% less energy than aluminum smelting, and end-of-life components can be recycled into secondary carbon fiber materials—aligning with global renewable energy sustainability goals (e.g., EU Green Deal, US Inflation Reduction Act).
2. Versatile Applications Across PV System Types
Our carbon fiber PV components are designed to adapt to different installation scenarios, supporting utility-scale, commercial, and residential solar projects:
- Utility-Scale Ground PV Stations:
- Carbon fiber solar trackers (single-axis/double-axis) reduce weight by 50% vs. steel trackers, lowering foundation costs (no need for heavy concrete bases). The lightweight design allows for faster deployment—100MW PV stations can be installed in 3-4 months (vs. 6-8 months for steel systems). Double-axis trackers use carbon fiber drive shafts for precise panel rotation (tracking sun angle), increasing power generation by 15%-20% vs. fixed-tilt systems.
- Carbon fiber cable trays (lightweight, corrosion-resistant) are easy to install across large ground areas, reducing cable damage risks and maintenance needs.
- Commercial & Industrial Roof PV Systems:
- Carbon fiber panel frames and mounting brackets are lightweight enough for low-load roofs (e.g., factory warehouses, shopping malls) that can’t support heavy steel/aluminum systems. A 10,000㎡ roof can install 1.2MW of solar panels (vs. 800kW with aluminum frames), maximizing power generation capacity.
- The low profile of carbon fiber brackets (height <10cm) reduces wind resistance and avoids roof damage from strong winds—ideal for urban commercial buildings.
- Distributed Residential PV Systems:
- Carbon fiber residential PV kits (pre-assembled frames, lightweight brackets) are easy for homeowners to install (no professional equipment needed). A 5kW system (15-20 panels) can be installed in 1-2 days, cutting installation costs by 25% vs. aluminum kits.
- The sleek carbon fiber design (matte black or silver finish) blends with residential roof aesthetics, avoiding the industrial look of steel brackets—appealing to homeowners in upscale communities.
- Specialty PV Projects:
- Floating PV systems: Carbon fiber components are corrosion-resistant to water and algae, lighter than aluminum (reducing buoyancy requirements), and durable for 25+ years in freshwater or seawater.
- Portable PV systems: Carbon fiber folding frames (for 100W-500W panels) are lightweight (2-3kg) and easy to carry—ideal for camping, emergency power, or remote off-grid areas.
