Системное хранение энергии на основе натрий-ионных батарей (Том-III): Электрохимическая инженерия, архитектура системы и экономика завода мощностью 100 МВтч: 3

The future of energy will be decided by optimization. As battery storage becomes central to global infrastructure, the challenge is no longer simply building storage systems — it is operating them profitably, intelligently, and resiliently across decades of uncertainty. In this third volume of the Grid-Scale Storage Engineering Series, Sanzaya Patel explores the economics, AI-driven orchestration, lifecycle modeling, and operational strategy behind the modern 100MWh battery plant. Inside this volume: Combining infrastructure finance, systems engineering, machine intelligence, and utility-scale deployment strategy, this volume examines how future storage plants will function as autonomous energy platforms. Designed for energy professionals, infrastructure developers, researchers, AI engineers, and advanced technology readers, this book reveals the operational intelligence layer emerging beneath the global energy transition. The next era of civilization will not simply generate clean energy. It will optimize it.