In addition to that, requirements for undelayed time schedules, safer operation and low maintenance influence the design of the main propulsion and generation-distribution system.
Demands for higher flexibility and more efficient ship design are driving factors for intelligent combined generation-distribution systems together with an improved propulsion system which allows to reduce the energy costs drastically and follows the environmental rules.
A multi-objective optimisation technique for minimising cost, GHG emissions and generation uncertainty has been proposed in this paper to design HES for sustainable power generation and distribution system planning while considering economic and environmental issues and uncertainty in power availability of renewable resources.
The model is also made up of the aggregation of the supply side of the system under study, consisting of generation, transmission, distribution system operation, and retail trading.
There has been very little public debate favouring microgeneration, biomass or energy conservation measures as alternatives or supplements to a profit-driven generation and distribution system.
Fleet operations for the May Mobility vehicles will be housed at Rockford Construction's West Side offices within Circuit West, an area that boasts an innovative electric generation and distribution system.
Numerical simulation is an indispensable tool for studying photovoltaic (PV) systems, to derive component ratings, optimise protections, design controllers as well as to evaluate the impact of embedded generation on distribution system operation.
Electric utility companies are generally able to provide grid maps that show with reasonable precision where each element of the generation and distribution system is located.
This paper presents an artificial bee colony (ABC) based algorithm to optimally solve the problem of allocation and the problem of design and schedule of multiple hybrid photovoltaic (PV -diesel distributed generation in distribution systems.
This paper presents a methodology for carrying out statistical analysis of electricity consumption and distributed wind generation in distribution systems in order to investigate their combined effect, e.g., to give a probabilistic estimate of the effective peak net load.
Because of the increasing penetration of distributed generation (DG) units, distribution system operators are faced with significant challenges such as voltage and congestion problems.
