The combined cooling, heating and power (CCHP) microgrid has the advantages of
promoting cleaner production and improving energy utilization efficiency. With the …

Production synchronization is an emerging paradigm in advanced manufacturing systems,
with which the inventory space and cost of finished products can be significantly reduced …

Under the carbon peak and neutrality targets, the power generation industry in China is
facing an urgent demand for a low carbon transition and participation in the electricity …

This research manuscript proposes a Modified Grey Wolf Optimization approach for the
power system congestion cost problem based on real power rescheduling methodology with …

This research work proposes a Hybrid Modified Grey Wolf Optimization–Sine Cosine
Algorithm for the multi-objective optimal scheduling of hybrid power system taking into …

Renewable energy based multi-energy supply microgrids not only can cover different types
of demands (such as, electricity/heat/gas), but also can interconnect with different utility grid …

Industrial-environmental management is a multi-objective optimization problem plagued
with multiple uncertainties. Most studies only optimize few objectives and often neglect these …

Abstract The difficulty of Energy Conservation and Emission Reduction (ECER)
management has increased due to the large number of conflicting objectives and multiple …

This research investigates the production scheduling problems under maximum power
consumption constraints. Probabilistic models are developed to model dispatching …

The lithography process in semiconductor dynamic random-access memory (DRAM)
fabrication plants (fabs) is usually a major bottleneck, and reticle scheduling is complicated …