WangLSK's Stars
AIRicky/Integrated-Energy-Systems-with-CAES
The optimal dispatch of CAES in the integrated energy systems
linfengYang/A-novel-DRO-model-for-self-scheduling-problem
This study is using distributionally robust optimization (DRO) algorithm with conditional value-at-risk (CVaR) to solve self-scheduling problem to obtain a suitable and adjustable self-scheduling strategy
a280558071/SOCPR-and-Linear-Distflow-based-DNP
Two examples for distribution network planning (DNP) method based on Second-Order cone programming (SOCP) relaxation and Linear Distflow are included here. The Objective is to minimize the investment cost on distribution lines and the value of lost load(VOLL).
ILABUTK/Supplier_Selection_and_Order_Allocation_Optimization
We consider an integrated supplier selection and inventory control problem for a multi-echelon inventory system with an order-splitting policy. A buyer firm consisting of one warehouse and $N$ identical retailers procures a type of product from a group of potential suppliers; the acquisition of the warehouse takes place when the inventory level depletes to a reorder point $R$, and the order $Q$ is simultaneously split among $m$ selected suppliers. We develop an exact analytical model for the order-splitting problem in a multi-echelon system, and formulate the supplier selection problem in a Mixed Integer Nonlinear Programming (MINLP) model. This model determines the optimal inventory policy that coordinates stock levels between each echelon of the systems while properly allocating orders among selected suppliers to maximize the expected profit. For verification and validation of the proposed mathematical model, we conduct several numerical analyses and implement simulation models which helps us demonstrate the model's solvability and effectiveness.
spine-tools/spine-cs-c3
Integrated energy system planning with high operational detail