The invention discloses a power supply
system and method for an
optical storage fusion power distribution
station, relates to the field of
optical storage power distribution
station power supply, and aims to solve the problems that
electric energy in an
energy storage module battery cannot be released, the
resource utilization rate is reduced, the scheduling frequency is increased and the
power consumption is reduced due to intermittency and volatility of
photovoltaic power generation and introduction of an external
power grid back frequency adjustment
discharge mode. According to the method,
logistic regression calculation is carried out according to the spare quantity of an
energy storage battery and a current power supply quantity estimated value, the scheduling rationality is determined, and the receiving strength of solar
radiation to a photovoltaic panel, the difference between the current
air temperature and the surface temperature of the photovoltaic panel and a short-term load predicted value are obtained according to the scheduling rationality; prediction is carried out by establishing a
time sequence model, a scheduling adjustment scheme is determined according to a prediction result, a simple scheduling strategy is obtained according to the similarity of similar historical prediction scheduling adjustment schemes and the implementation rate of the historical prediction scheduling adjustment schemes, excessive scheduling is reduced, and maximization of
photovoltaic power generation resources is guaranteed.