Layout Optimization of Smart Charging Piles on Highways Based on Nonlinear Integer Programming

Abstract

The application of clean energy in the automotive field is an inevitable requirement for sustainable development. The use of intelligent technology to make charging piles effectively meet the rapidly growing demand for new energy vehicles is full of prospects. In view of the urgent demand of new energy vehicle users on highways, this paper takes intelligent charging piles on highways as the research object and conducts modeling research on the number of charging piles for site selection and layout. Combining the intelligence and energy saving of smart charging piles, the layout of smart charging piles on highways is optimized. In addition, the layout planning analysis of smart charging piles can provide suggestions for the initial introduction of smart charging piles on highways. In particular, with the application of smart charging piles, the accumulated data analysis will provide feasible ideas for the next step to better serve users and reduce costs.