Titan LITE

The Titan LITE is a waterproof aluminum solar carport mounting system engineered to transform standard parking areas into dual-purpose solar energy platforms. Constructed entirely from AL6005-T5 aluminum alloy, this carport solar mounting system combines a lightweight structural frame with an integrated drainage channel system, providing both vehicle protection and reliable photovoltaic power generation for residential, commercial, and industrial parking facilities.

Designed to withstand wind speeds up to 38 m/s and certified to JIS C 8955:2017, the Titan LITE supports both landscape and portrait panel orientations with a standard 2-vehicle-per-bay parking capacity. The waterproof design incorporates horizontal and vertical drainage channels beneath the solar panels, directing rainwater into a gutter system at the lower end — eliminating water ingress while maintaining consistent energy output across rain, snow, and extreme temperature conditions. Megawa Solar backs the system with a 12-year product warranty and 25–30 year design life.

Installation is streamlined through a standardized modular design with plug-and-play connectors that significantly reduce on-site assembly time. The all-aluminum construction delivers a superior strength-to-weight ratio compared to steel carport alternatives, simplifying logistics and reducing foundation requirements on concrete footings. For EPC contractors and distributors, the Titan LITE's highly standardized column and beam architecture enables efficient inventory management and rapid fulfillment across project scales from single residential carports to multi-bay commercial parking lot installations.

The Titan LITE addresses a growing market need for aluminum carport solar structures that combine energy generation with practical vehicle shelter. Optional metal roofing sheets can be integrated for additional weather protection, though the standard configuration already provides full waterproof coverage. Each installation can be customized for site-specific requirements while maintaining the benefits of factory-standardized components.