Global demand for clean renewable electricity is increasing. Although hydroelectricity is clean and renewable, storing excess energy during non-peak times in batteries usually causes negative impacts to the environment and may trigger legal or land use issues. Additionally, voltaic-based batteries are prohibitively expensive for storing the amount of electricity even for a small village. Actually it is a lot cheaper and cleaner to store electricity in water. This study explores how to do that. It features a unique pragmatic research ideology that included a literature review, comparative field research, data collection from the site, along with parametric statistical techniques. Relevant best-practices were cited from the literature and from comparative field research projects. A novel concept was the use of a land fault between lakes in a large park preserve. A scalable decision making model was developed for generating and storing clean renewable energy. The results should generalize widely to renewable energy storage practitioners, climate conservation activists, government policy makers and to other researchers around the world.