Quick Answer
Solar racking systems that minimize land disturbance include the ground screw system and the floating track system.
Inverted Ground Screw System
The inverted ground screw system is a low-impact option that drives screws into the ground at an angle, reducing the chance of damaging underground utilities or disturbing the landscape. This method can be set up with a maximum depth of 30 feet and can support up to 20 tons per screw, making it suitable for heavy solar panel loads.
Floating Track System
The floating track system uses a series of adjustable tracks to create a stable base for the solar panels, without the need for deep excavation or drilling. This system can be set up on uneven terrain and allows for easy adjustment to accommodate changing soil conditions. The floating track system is particularly well-suited for areas with poor soil quality or where land disturbance needs to be minimized.
Adjustable Mounting Options
To further minimize land disturbance, solar racking systems can be designed with adjustable mounting options, such as adjustable track systems or telescoping ground screws. These systems allow for easy setup and adjustment to accommodate changing soil conditions or uneven terrain, reducing the need for extensive excavation or drilling. By incorporating these adjustable features, solar racking systems can be designed to meet the unique needs of each site, while minimizing land disturbance.
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