Abstract:
Introduction In order to solve the problem of large-scale offshore wind power consumption after commissioning, the integrated offshore wind power-hydrogen energy monitoring system is proposed. Method This article analyzed the system architecture, the requirements of each monitoring subsystem of the onshore hydrogen refueling station, offshore hydrogen production station and offshore wind turbine. In this way, the energy management requirements was stratified.
Result It can realize the requirements of real-time data collection, sequence control, power generation prediction and planning, distributed power management, and hydrogen production load management.
Conclusion Therefore, it can meet the control requirements of spontaneous self-use, short-term power storage, long-term hydrogen storage, and controllable load. The scheme is practical and feasible, and is expected to be popularized in engineering applications.
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