-Waterproof

-Protection: over load,over voltage etc.

-Packing: 1pc/ctn

-Packing Size: 50X35X22cm

-G.W.: 7kgs

-single phase & 3 phases.

-Customized

A joint dispatch plan is proposed, which will accept dispatching of cascade hydropower stations and photovoltaic power stations as a whole. First, predict the output curve of the photovoltaic power station in a day according to the weather conditions, and then determine the water inflow in the middle and upper reaches of the day from the hydrological data of the upstream water, and combine the requirements of the local load to optimize the joint operation of the cascade hydropower station and the photovoltaic power station. The paper discusses the related issues of joint optimal dispatch of cascade hydropower stations and photovoltaic power stations, and proposes a joint optimal short-term dispatch model with the dual goals of maximizing daily power generation and smoothest residual load curve. It aims to improve the economic benefits of the joint system, while ensuring the peak shaving of the joint system, improving the residual load curve, and avoiding the occurrence of light abandonment. Later, an improved multi-objective cuckoo algorithm based on the niche filing method was introduced to solve the model. Take the three-stage cascade hydropower station in the lower reaches of a river basin and the surrounding two-phase photovoltaic power stations as examples to verify the optimal scheduling scheme, model, and algorithm

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solar pump inverter with mppt