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SMART GRID MISCELLANEOUS INFORMATION TECHNOLOGIES AND THE CHALLENGES OF THEIR IMPLEMENTATION31/Out/2013 Nota: Diversas Tecnologias da Informação e os desafios de sua implementação.

Smart grid: miscellaneous information technologies and the challenges of their implementation

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The Smart Grid has been a great challenge of change in Brazil. For the choice of technologies to be applied it is necessary to take into account the particularities of each available technology and the power and telecommunications grids in the country. As we compare the WiMAX to other technologies, can be added to the Smart Grid data to travel efficiently over long distances in economic terms and not suffering from the impact caused by the structural failure of the Brazilian grid. Among the advantages mentioned by the research on WiMAX, the following stand out: the ease of communication with other public service providers, the greater robustness of its operations and technology domain, plus the ability to make electric utilities quite independently of the high costs imposed by operators. Due to all the options available, this also presents problems of its own that will be discussed throughout this article. The results show that there is real interest in shares of energy utilities in developing WiMAX networks associated with other forms of data transmission, including PLC. Thus, the centralization of service delivery and charging can be made a reality in little time and a lot more efficiently.

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Page 1: Smart grid: miscellaneous information technologies and the challenges of their implementation

SMART GRID

“MISCELLANEOUS INFORMATION TECHNOLOGIES AND THE CHALLENGES OF THEIR IMPLEMENTATION”

31/Out/2013Nota: Diversas Tecnologias da Informação e os desafios de sua implementação.

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SMART GRID

Smart Grid é uma organização em rede multidimensional comvalor agregado social que utiliza protocolos sincronizados(conteúdo , interface e transmissão) e Multiplataformasassociados com uma combinação particular.

Smart Grid is a network organization withmultidimensional social value that uses synchronousprotocols (content, interface and transmission) andMultiplatform associated with a particular combination.

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SMART GRID

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Ao comparar o WiMAX com outras tecnologias , podem ser adicionadas aos dados de Smart Grid para viajar de forma eficiente em longas distâncias em termos econômicos e não sofrendo com o impacto causado pela falha estrutural do sistema interligado brasileiro .

Comparing WiMAX with other technologies, can be added to data from Smart Grid to travel efficiently over long distances in economic terms and not suffering from the impact caused by the structural failure of the Brazilian system.

Page 4: Smart grid: miscellaneous information technologies and the challenges of their implementation

CONVERGENCE MODEL OF INTELLIGENT NETWORKS

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PLC

WiMAX M2M

SmartMeters5

SMART GRID TECHNOLOGIES

Forma de medição tradicional =(Medição atual – Medição anterior) x

Tarifação x Imposto

Forma de medição com Smart Meters:

Em tempo real

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Vantagens WiMAX : •Facilidade de comunicação com outros prestadores de serviços públicos•Maior robustez de suas operações e de domínio de tecnologia•Capacidade de tornar as concessionárias de energia elétrica de forma totalmenteindependente dos altos custos impostos pelo operadores.

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SMART GRID

WiMAX advantages:Ease of communication with other public service providersRobustness of its operations and technology domainAbility to make electric utilities completely independently of the high costsimposed by operators.

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TEMPLATE OF SERVICES OF SMART GRIDS

Nota: Não se paga nada da TV Aberta hoje em dia, mas assiste-se aos comerciais.

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ENERGY TRANSITION

1Infrastructure 1 Service1 Infrastructure

Service 1

Service 2

Service n

Today After the Smart Grid

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Produto e Serviço

Smart Grid

InfraestruturaGerenciamento

OVERVIEW OF REVENUE SHARING IN SMART GRID

Nota: Visão geral do Compartilhamento de Receita no Smart Grid.

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SMART GRID AND CONSUMER

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Explorar tecnologias que podem ser aplicadas na implementação do Smart Grid noterritório brasileiro, tendo em conta as dificuldades implícitas de cada tipo detecnologia utilizada para o tráfego de dados, demonstrar e justificar o uso do WiMAXcomo um recurso de comunicação primária com baixos custos e aplicações simples.

OBJECTIVE

Explore technologies that can be applied in the implementation of the Smart Grid inBrazil, taking into account the implicit difficulties of each type of technology used fordata traffic, demonstrate and justify the use of WiMAX as a primary communicationresource with low costs and simple applications.

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O PLC foi o ponto de partida para o projeto de Smart Grid , mas hoje há outrastecnologias que se destacaram para ser uma das opções de infraestrutura usados peloSmart Grid .Problema do usos mais amplos:Falta de melhorias na infraestrutura de rede, que apresentam problemas equestões;Baixo desenvolvimento tecnológico;Duras regras impostas pelos órgãos reguladores.

THE PLC

The PLC was the starting point for the design of Smart Grid, but today there are othertechnologies that stood out to be one of the options used by Smart Gridinfrastructure.Problem broader uses:Lack of improvement in network infrastructure, which present problems and issues;Low technological development;Harsh rules imposed by regulators.

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TECHNOLOGIES AVAILABLE

Nota: Tecnologias disponíveis.

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O Smart Grid é um serviço multiplataforma, para que você possa usá-lo para moverinformações entre plataformas: WIMAX, Celular, M2M, Zigbee, fibra óptica, pode serassociado com a tecnologia de dados já consolidados, a criação de uma solução robusta econfiável para o desenvolver sua implementação.

SMART MULTIPLATFORM

The Smart Grid is a multiplatform service, so you can use it to move informationbetween platforms: WIMAX, Mobile, M2M, Zigbee, optical fiber, can be associatedwith the technology of data already consolidated, creating a robust and confident todevelop their implementation.

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SYSTEMIC VIEW OF THE PROCESS OF REVENUE SHARING

Nota: Visão sistêmica processo do compartilhamento de receita.

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SYSTEMIC VIEW OF THE PROCESS OF REVENUE SHARING

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SYSTEMIC VIEW OF THE PROCESS OF REVENUE SHARING

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SYSTEMIC VIEW OF THE PROCESS OF REVENUE SHARING

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Esquema representativo do WiMAX dentro do Smart Grig

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SIMPLIFIED MODEL OF INTERCONNECTIONS OF THE SMART GRID

Nota:Modelo Simplificado de interconexões do Smart Grid.

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Keywords globalized world for Smart Grid:

Adjectives•Convenience•Accessibility•Reliability•Quality•Fair price•Flexibility

Nouns•Innovation•Integration•Information

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FINAL THOUGHTS

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Aplicação da tecnologia WiMAX é a opção mais viável para implantação no monitoramento etransmissão de dados de medição gasto pelo consumo de energia elétrica . É uma opçãoconsideravelmente melhor do ponto de vista financeiro e tem melhores recursos quando , aquantidade de aplicações práticas já disponíveis no mercado de varejo são considerados .Além disso , o seu uso pode ser facilmente expandido para outras concessionárias dedistribuição que não utilizam diretamente as linhas de transmissão elétrica.

Application of WiMAX technology is the most viable option for deployment in monitoringand transmission of measurement data taken by the electricity consumption. It is aconsiderably better option in terms of financial resources and is best when the amount ofpractical applications already available in the retail market are considered. Furthermore, theiruse can be easily expanded to other distributors who do not directly use the power lines.

FINAL THOUGHTS

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The main sources on which we rely were:• FREZZA, José.Felício; BASTOS, Marta Rettelbusch de. Modelos de faturamento em

telecomunicações decorrentes da convergência das redes e serviços, In: PROGRAMA DE PÓS-GRADUAÇÃO STRICTO-SENSU, 2. 2007. Anais... Campinas: PUC Campinas, 2007.

• GATTAZ, Cristiane Chaves, Brincando de Processo Um Método De Capacitação Na Metodologia De Processos, Editora O Mundo em Processo, 2001

• SOBRINHO, Fuad. Gataz. Inovação, Processos na Gestão da Complexidade da Inovação, 2013.

LITERATURE REVIEW

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THANK YOU ALL FOR PARTICIPATING!

Fuad Gattaz Sobrinho

Jéssica Caroline da Silva

[email protected]

(19) 98981-7474