In this paper, motivated by a problem described next, we put forward and investigate (both theoretically and numerically) a general model for pricing within the two-period framework that naturally arises in the context of the motivating problem.
This active management scheme is presented with the multi-period optimal power flow framework, which includes both generation curtailment and intelligent control of the aggregated PEVs.
The model is a three-period CGE framework where the financing of education and effects on factor prices are accounted for.
A multi-period optimization framework based on a comprehensive techno-economic analysis is used to design spatially-explicit and time-evolutionary hydrogen (H2) supply networks.
A multi-period scheduling framework is formulated as an optimization problem to determine the optimal feedstock utilization and blending of biodiesel with petro-diesel using a property-integration framework.
We propose a multi-period optimization framework based on mixed integer programming (MIP) techniques to determine the optimal spatial allocation of prescribed burning activities over a finite planning horizon.
The multi-period optimisation framework has been developed to reflect different ambient conditions and its influences on heat pump performance, as well as to determine a system capacity of heat pump which allows systematic economic trade-offs between supplementary heating (or cooling) and operating cost for heat pump.
The new evaluation system is geared towards teaching that takes place in discrete, period-long units, with the expectation that the wide range of Danielson outcomes should be achieved within that period-long framework.
At present the creation of the X-ray electron magnetic spectrometer designed for studying melts has given the opportunity to investigate melts in their liquid state during a long period within the framework of one experiment.
The office building of DB Netz AG in Hamm (Germany) has been designed, constructed and monitored for a long period in the framework of the German research programme, "Solar Optimised Buildings", SolarBau for short.
(ii) The existence of a scientific basis to better evaluate the long-term seismicity in this part of Europe (maximal magnitude and return period) in the framework of seismic hazard assessment.
