-Waterproof

-Protection: over load,over voltage etc.

-Packing: 1pc/ctn

-Packing Size: 50X35X22cm

-G.W.: 7kgs

-single phase & 3 phases.

-Customized

On the basis of combing the advanced theories and research methods at home and abroad, focusing on the problem of power capacity planning considering the uncertainty of renewable energy, with the goal of improving the robustness of system operation, the following researches have been mainly carried out: 1) For wind-storage joint Run the system and propose a wind-storage joint configuration method based on the Kang's robust optimization (KRO) method based on the distribution information of random variables. Firstly, considering energy storage and AGC units using a power balance linear distribution strategy to absorb wind power fluctuations, a two-layer model of wind-storage joint configuration with the goal of overall economic and environmental benefits of the power system is established. Reconstruct the uncertain set of wind power output, and use the KRO method to transform the model with uncertain wind power output variables into a certain form. Then the genetic algorithm is used to search and optimize the wind power capacity configuration scheme, which can meet the minimum energy storage capacity required to meet the system's robust operation constraints.

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