This invention belongs to the field of
thermal energy recovery and
automation control, specifically relating to an
intelligent control system for mine water
waste heat recovery. The
system includes a production condition sensing device, a multi-source
thermal monitoring device, an energy value
analysis center, a dynamic load dispatching terminal, a multi-media heat exchange
actuator, and a flexible
thermal energy storage
system. The system collects real-time mine production conditions and multi-source thermal parameters, constructs an energy asset model using a discrete
state transition probability model, and, based on a game theory bidding mechanism and
electricity price fluctuation trend prediction, guides the heat exchange
actuator and storage system to perform optimized allocation and predictive storage of
thermal energy. This invention transforms fluctuating heat sources into predictable energy assets, achieving the lowest-cost and most energy-efficient energy configuration scheme in a multi-source coupled environment, improving
resource utilization, and ensuring the stability of
energy supply in the mining area.