Core Value Proposition of Solar Tracking Mounts
Revolutionising Power Generation Efficiency
Performance Enhancement: Dual-axis tracking systems yield 25%-40% higher annual electricity production than fixed mounts (NREL data), while single-axis systems achieve 15%-30% gains.
Cost per Kilowatt-hour Optimisation: High-precision sun-tracking reduces LCOE (Levelised Cost of Electricity) by 8%-15%, shortening investment payback periods by 2-3 years.
Land Utilisation Efficiency: Saves 18%-22% land area for equivalent installed capacity, particularly suited to land-scarce regions
Intelligent Technology Empowerment
AI Prediction Algorithms: Integrates meteorological satellite data with machine learning to forecast cloud trajectories and dynamically adjust angles
Disaster Resilience: Features wind speed sensors (automatic retraction at >15m/s), dust/snow emergency modes, and low failure rates Action Recommendations:
Initial pilot deployment: Prioritise single-axis systems in regions with DNI > 5kWh/m²/day (e.g., Middle East, US Southwest).
Risk mitigation: Procure magnesium-coated aluminium-zinc steel plate supports (corrosion resistance > 25 years) to mitigate coastal project failure risks.
Policy arbitrage: Under EU CBAM carbon tariffs, using tracking supports reduces product carbon footprint by 14%, qualifying for tariff exemptions.