Front and Rear Leg

Tilt Angle Optimization: Rear legs are longer than the front legs, allowing the solar panel to be tilted. This tilt improves the angle of incidence of sunlight on the panel, boosting energy production, especially in areas farther from the equator.

Maximized Solar Exposure: The tilt created by front and rear legs ensures  optimal sun exposure throughout the day. Helps avoid shading from nearby objects or other panels.

Easier Maintenance Access: The tilted setup creates space beneath the panels. This makes it easier to access wiring or clean underneath, reducing the risk of debris buildup and improving cooling.

Improved Wind Load Resistance: With both front and rear support, the panel structure becomes more aerodynamically stable. Reduces risk of wind uplift or damage, which is especially important on flat roofs exposed to strong winds.

Enhanced Cooling & Efficiency: Panels tilted with rear legs have better airflow beneath them, which helps in passive cooling. Lower temperatures improve the efficiency of solar cells.

Flexibility in Design: You can adjust the tilt angle by changing the height of the rear legs relative to the front. This flexibility helps in seasonal angle adjustments or customized system designs.