SOLUTION: UCF Medium Voltage Direct Current Modeling Paper

SOLUTION: UCF Medium Voltage Direct Current Modeling Paper – Essay Furious

Almost done. Hope to deliver it to you within an hour.Attached.Medium Voltage Direct Current (MVDC)Introduction:The research trends worldwide is started to reconsider the DC power in future transmission anddistribution system applications. In the 21st century system that is going to DC while the powerelectronics technologies progress, high efficient of semiconductors and devices. In addition tothe consumer devices, resources, energy storage that supply DC power. The DC applicationsincreased through the consumer electronics, renewable resources that produce DC power,transportation electrification with electric vehicles, information technology and the internettrough Data centers, the Energy storage technologies systems, and the transmission anddistribution infrastructure through HVDC. The medium voltage direct current (MVDC) conceptis a collection platform as a layer of infrastructure between transmission and distribution toprovide integrate renewable generation (wind, photovoltaic, fuel cell, energy storage, etc.). Oneof the benefits of MVDC is the installation of large and small scale wind, solar farms, DC loads,Electrical vehicles, Dc loads, etc.). The efficiency for such MVDC is the main features that tendto minimize the power conversions. The future of the MVDC should be more focused whilethere are many of points that should be considered.DC as an alternative to AC?Though more than a century has gone since the warmed disputation between Thomas Edison andGeorge Westinghouse known as the “War of Currents”, the deliberation as to whether use ofdirect current (DC) is better than the now far-reaching exercise of alternating current (AC)remains. Improvements of modern static converters, increasing use of energy sources that arerenewable (e.g. photovoltaic generation plants) and new groups of users that operate directly inDC (e.g. distribution on board vessels, greatly military ships, electric vehicles and data centers)have re-opened the possibility for direct current to no longer be relegated to merely specificapplications but to be used more generally, for electric power distribution.There is no doubt on High voltage DC (HVDC) systems that have proved their value in thetransmission of electricity over long distances. DC network technologies are being lengthened tomedium voltage (MVDC) and low voltage (LVDC) networks in the places where there areindicative advantages for particular types of network. It is DC which is being taken into accountas an alternative to AC in sparsely crowded lands, or low load networks. As a feature from theoutset, it’s an ideal candidate for energy storage because the nature of DC makes it possible.DC systems: the reasons of their expansionThe DC network idea looks for leveraging the development and availability of electronicconverters of high power whereas customers have the option of choosing an AC system or acombined AC/DC system. Improvements in the field of electronic converters, inspired by thegrowth of renewable energy generation and smart grid systems, it has become practicable toprovide monetary and safe conver…

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