Step 2: In the selected area, through detailed investigation and analysis, according to geological, market, traffic, environment, energy and other factors, determine some alternative addresses that may be set as outlets.
Step 3: Establish the distribution model of logistics outlets according to the alternative address information. This model can be either a mathematical model or a simulation model. The simulation model can be a physical simulation model or a geometric simulation model. Mathematical model is generally a total cost model based on location, mileage, logistics volume, unit freight and miscellaneous fees and some constraints, in order to find out the layout scheme of logistics outlets with the lowest total cost.
Step 4: According to the model analysis, calculation and gradual optimization, the optimal logistics network address, scale, supply scope, direct supply and transit supply ratio are obtained. So as to determine the optimal network layout scheme.
Step 5: Write the determined logistics network layout scheme into the feasibility analysis report and submit it to the relevant decision-making departments for approval and implementation.