To showcase the synthetic utility, we next assessed the scalability of the process. Delightfully, we observed a similar level of efficacy on a gram-scale, where the desired product 5 was obtained in comparable yield and enantioselectivity (Figure ). Noticeably, in this case, the reaction was performed with inexpensive stainless steel (StSt) as the cathode instead of a Pt-plate (Figure ). Furthermore, a solar panel could also be employed as a sustainable source of electricity to effectuate renewable solar energy to promote chemical transformation, highlighting the tolerance of the catalytic conditions to the current fluctuations. Gratifyingly, the reaction provided 67% yield of 5 with a similar level of enantioselectivity (Figure ).