Title :
Integration system of load and universal energy generation
Author :
da Fonseca Alves Pereira, Paulo
Author_Institution :
Kev Line Administracao Empresarial Ltda., Sáo Paulo, Brazil
Abstract :
Integration System of Load and Universal Energy Generation (SIGUCE) is characterized as: a) Integration Circuit Generation Universal Uncouplers/Storage Load energy - in electronic power - CIGUCE; b) eHub; eSwitch and eRouter: equipments that uncouple and store the energy; c) the energy transmission system: duct Main Line / Back Bone; d) the ballast system to control the electrical class by generating hydrogen; e) MMG: micro-generation, all forms of non-commercial generation; f) Computerized Operating System for management decentralizes energy; g)Conclusion. The function of the system will: integrate the energy generated by any generator, from micro to mega watts; store them for time management and dispatches them in packets to loads, when requested, everything under TCP/IP control (Transmission Control Protocol and Internet Protocol). The hydrogen this is ballast.
Keywords :
distributed power generation; hydrogen production; load management; multivariable systems; power engineering computing; power generation dispatch; telecommunication network routing; telecommunication switching; transport protocols; CIGUCE; Internet protocol; MMG; SIGUCE; TCP/IP control; ballast system; computerized operating system; decentralized energy management; duct back bone; duct main line; eHub; eRouter; eSwitch; electrical class control; energy dispatching; energy storage; energy transmission system; hydrogen generation; integration circuit generation universal uncouplers-storage load energy; load integration system; microgeneration; noncommercial generation; time management; transmission control protocol; universal energy generation; Bones; IP networks; Internet; Open systems; Protocols; Rotors; Wheels; electronic-ring; energy; network; packets; store;
Conference_Titel :
Innovative Smart Grid Technologies Latin America (ISGT LA), 2013 IEEE PES Conference On
Conference_Location :
Sao Paulo
Print_ISBN :
978-1-4673-5272-7
DOI :
10.1109/ISGT-LA.2013.6554398