Design for a Low-Resistance Mechanical Battery Optimized for Energy Storage Rather Than Generation

In large-scale industrial factories, a continuous and reliable supply of electricity is essential. A sudden power shortage or grid failure can cause millions of dollars in financial losses, and in critical environments like hospitals, it can directly endanger human lives. This research paper presents the conceptual design, structural framework, and operational analysis of a mechanical energy storage device engineered to solve this crisis. Instead of relying on chemical reactions or trying to generate new energy from nothing, this system is designed to securely store millions of units of electrical energy in a mechanical format, providing a highly reliable and safe power vault for critical infrastructure.