Research and Design of Solar Energy-Efficient Systems

This comprehensive study delves deeply into the innovative integration of solar energy conservation systems with hydrogen storage and fuel cell power generation, specifically tailored for high-energy consumption environments like data centers. Recognizing the challenges posed by the intermittent nature of solar energy, the research underscores the pivotal role of such hybrid systems in ensuring a consistent and reliable power source. Through meticulous simulation and optimization processes, the study reveals that the strategic inclusion of batteries in the solar energy conservation system not only significantly reduces operational costs but also ensures a consistent and stable power supply to demanding loads. Furthermore, empirical data from the system's performance on a typical day provides compelling evidence of its capability to operate seamlessly and efficiently, strictly adhering to the pre-defined energy management strategy, thereby offering a promising solution for future energy demands.