1) reduce GHG emissions, compared to cement and tar-based surfaces
2) reduce ICE machinery and GHG emissions required to repair damaged surfaces or paint lines
3) eliminate traffic tie-ups during repairs, reducing vehicle emissions and accidents (due to quick drop-in, modular sections),
4) generates income (a D.O.T. request)
5) generates power in unshaded areas (e.g. parking lots) where typical locations (roof) are unavailable or shaded, while not obstructing visibility or access (e.g., urban businesses, homes, apartments)
6) ice and snow melting prevents vehicle accidents, and pedestrian/cyclist slip-and-falls, highly desired on sidewalks and driveways as well as streets. Reduce use of environmentally-damaging and pet-poisonous chemicals.
7) multi-purpose recreational surface (change LED markings to format for basketball, tennis, hopscotch, kiddie-car racing, etc.) in a limited space (urban playgrounds, driveways)
8) road signage added immediately, exactly where needed, not just where road signs have been erected
9) potential EV induction charging
10) less vulnerable to high winds, broken tree branches, hail, and critters chewing through exposed wires