This paper present and discusses a nonlinear model developed to obtain electrical demand behaviors in a typical Aluminium Smelter Plant. The validation of this model is based on real data measurement for five years of plant activity. The dynamic of the power demand, due to variations of cell parameters electrical or production, has also been considered in this paper. In this way, a sensitivity analysis of the consumption response face to three main parameters has been performed through several
Stochastic models of both the active and reactive electrical power demand of composite industrial pl...
PhD ThesisThe Hall-Heroult process for the electrolytic production of aluminium from alumina is a c...
In this paper, an existing model of a multi-period nonlinear bilevel model of an aluminium smelter w...
The primary aluminium industry is continuously aiming to reduce the energy consumption of the smelti...
The demand for electricity by primary aluminum smelters is estimated econometrically. Cross sectio...
The aluminium electrolysis process is an energy-intensive alumina reduction process which is more an...
Aluminium reduction cells are operated traditionally with an energy input as constant as possible. T...
Industrial electricity demand is growing rapidly, whereby, energy consumption modelling and optimiza...
The “Sistema Eléctrico Patagónico Interconectado (SFPI)” is an elechic system that involves the Arge...
The power grid faces major and escalating challenges in maintaining the power balance whilst society...
The strong demand for aluminium challenges the scalability of its primary production due to the ener...
Modelling of diode rectifier systems in smelters and their impact on HV supply system is made diffic...
Electricity prices vary across different geographic locations and affect the relative cost position ...
Demand response energy management improves the reliability of electrical grids and reduces electrici...
Demand response has gained significant attention in recent years as it demonstrates potentials to en...
Stochastic models of both the active and reactive electrical power demand of composite industrial pl...
PhD ThesisThe Hall-Heroult process for the electrolytic production of aluminium from alumina is a c...
In this paper, an existing model of a multi-period nonlinear bilevel model of an aluminium smelter w...
The primary aluminium industry is continuously aiming to reduce the energy consumption of the smelti...
The demand for electricity by primary aluminum smelters is estimated econometrically. Cross sectio...
The aluminium electrolysis process is an energy-intensive alumina reduction process which is more an...
Aluminium reduction cells are operated traditionally with an energy input as constant as possible. T...
Industrial electricity demand is growing rapidly, whereby, energy consumption modelling and optimiza...
The “Sistema Eléctrico Patagónico Interconectado (SFPI)” is an elechic system that involves the Arge...
The power grid faces major and escalating challenges in maintaining the power balance whilst society...
The strong demand for aluminium challenges the scalability of its primary production due to the ener...
Modelling of diode rectifier systems in smelters and their impact on HV supply system is made diffic...
Electricity prices vary across different geographic locations and affect the relative cost position ...
Demand response energy management improves the reliability of electrical grids and reduces electrici...
Demand response has gained significant attention in recent years as it demonstrates potentials to en...
Stochastic models of both the active and reactive electrical power demand of composite industrial pl...
PhD ThesisThe Hall-Heroult process for the electrolytic production of aluminium from alumina is a c...
In this paper, an existing model of a multi-period nonlinear bilevel model of an aluminium smelter w...