The investigation was to optimise the operation of an EVI air source heat pump operating under defrost conditions encountered in maritime climates.
This paper optimises the operations of multiple unrelated resources to address sequential and history-dependent job scheduling constraints along with time window restrictions.
An accurate model that is able to predict their performance (i.e. simulate PFHEs) for different operating conditions is needed to be able to optimise the operation of plants that make use of PFHEs.
The performed tests and analyses can be used to optimise the operation of the waste thermal treatment plant at the stages of design and operation.
A further procedure could be derived to optimise the operation of the plant not only from a thermodynamic point of view but also from an economic one.
Optimising the operation of a supermarket refrigeration system under dynamic as well as steady state conditions is addressed in this paper.
With a given day-ahead forecast of local renewable energy resource and load demand, it is possible to optimise the operation of a diesel generator, subjected to other pre-defined constraints.
A simulation model is designed using the Matlab software and Simulink, Neural Net Work, Fuzzy Logic and Curve Fitting Toolboxes, to control gas extraction rate through extraction tubes of the gas pumped from the STC, thus optimising the operation of the steam ejector pump system (SEPS).
Other necessary measures include optimising the operation of the market and promoting intermodal transport.
In this work we propose the use of military tactics to optimise the operations of agent-based IDS for WAHN.
