Optimization System of Heat Dissipation in Seabed Data Center based on Heat Conduction Equation-Programming Algorithm

Abstract

With the development of big data center, it occupies a lot of land resources, consumes a lot of power and cooling water resources, and other problems are becoming increasingly prominent. In order to solve the above problems, the partial differential equation of heat conduction is derived according to the laws of thermodynamics and energy conservation, and the initial conditions and boundary conditions are established. On this basis, a heat dissipation optimization system of the seabed data center based on the heat conduction equation planning algorithm is established. Taking the server temperature not exceeding the normal working temperature of the server and the volume of the server assembly less than the volume of the container as the constraint conditions, the planning model is established with the maximum number of servers as the target function, and the optimal parameters of the data center shape are obtained, Make it store more servers in a limited volume and ensure the working process of the server, so as to save land resources, save energy consumption and achieve sustainable development.