Zero-Carbon Energy Microgrid System Construction

This document presents a comprehensive framework for constructing zero-carbon energy microgrid systems, emphasizing the integration of wind, solar, hydrogen, storage, and electric vehicles to create a self-sufficient energy ecosystem. It highlights energy storage as the core technology, comparing electrochemical and hydrogen storage efficiencies, and introduces a hydrogen-electric-thermal multi-energy synergy architecture. The design includes distributed photovoltaic, waste heat recovery, modular energy storage, air source heat pumps, and advanced electrolysis for hydrogen production. Key technologies involve energy prediction using AI models and load management for precise control. The microgrid configuration covers AC/DC hybrid topologies and coordinated control strategies. A case study of a zero-carbon industrial park in Ordos illustrates practical application, leveraging local resources and infrastructure. The paradigm aims to establish a pioneering zone for the new energy revolution, addressing future energy demands in transportation, computing, heating, and cooling.