The article discusses the importance of transitioning to sustainable energy sources to combat climate change and ensure a habitable planet for future generations. It emphasizes the need for efficient energy storage methods to make renewable sources like solar and wind power viable on a large scale. Methanol is highlighted as a key player in grid-scale power storage due to its cost-effectiveness, easy transport, and versatility in energy generation. The process involves converting electricity to hydrogen, which is then synthesized into methanol for storage and later reconverted into hydrogen and electricity when needed. The flexibility and modularity of this approach allow for phased development and creative energy distribution. The article provides a detailed comparison of various energy storage options such as pumped hydro and hydrogen, outlining the advantages of methanol in terms of storage efficiency and ease of use. Additionally, it presents a practical example of how a city like Ukiah could benefit from implementing a methanol-based energy storage system, showcasing its potential applications in powering critical facilities and supporting long-distance transportation. The author stresses the importance of starting planning and construction of grid-scale power storage facilities now to facilitate a smoother transition to sustainable energy systems despite current political challenges. Overall, the article presents a positive outlook on the role of methanol in revolutionizing grid-scale power storage and advancing towards a more sustainable energy future.