46results about How to "Improve quick response" patented technology

The invention relates to the technical field of optical storage charging stations, and discloses an optical storage charging station optimized operation method considering stepped carbon transaction and multi-agent collaboration, which comprises the steps of collecting carbon emission data of each agent in a charging station, considering interaction between the charging station and a power grid, and establishing a stepped carbon transaction mechanism; comprehensively considering the interest appeal and operation safety of each main body, and establishing a comprehensive optimization objective function by taking the maximization of the comprehensive benefit of the charging station as an objective; schedulable resources in the charging station are abstracted into intelligent agents, the intelligent agents cooperate with a carbon transaction mechanism, a multi-agent reinforcement learning framework is constructed to solve a comprehensive optimization objective function, and a multi-agent cooperative optimal operation scheduling strategy is obtained. According to the method, the nonlinear stepped carbon transaction mechanism close to the real carbon transaction market is established, the optimal scheduling strategy obtained based on the carbon transaction mechanism has perspectiveness, the benefits of the power grid and the optical storage charging station can be balanced, and the overall market competitiveness and risk resistance of a power system are effectively improved.

The invention discloses an unmanned aerial vehicle container continuous launching device based on friction wheels, and relates to the technical field of unmanned aerial vehicle launching. The problems that in the prior art, friction wheel driving efficiency is insufficient, continuous launching supply is difficult, and an unmanned aerial vehicle is damaged are solved. Comprising a container forming a launching system frame, a first transportation carrier used for transferring the unmanned aerial vehicle in the container, a second transportation carrier used for bearing the unmanned aerial vehicle in the launching stage, a friction wheel launching mechanism providing launching power and an unlocking mechanism achieving separation of the unmanned aerial vehicle and the carriers. The stability of friction wheel launching and the cluster continuous launching efficiency are improved, the storage, transfer and launching functions of the unmanned aerial vehicle are highly integrated, and the method is suitable for scenes with extremely high deployment speed requirements.