By Kenneth C. Budka
This publication offers an application-centric method of the improvement of clever grid verbal exchange structure. The assurance contains in-depth experiences of such state-of-the-art functions as complex metering infrastructure, distribution automation, call for reaction and synchrophasors. gains: examines a number of intriguing software purposes made attainable via shrewdpermanent grid evolution; describes the core-edge community structure for clever grids, introducing the concept that of WANs and lovers; explains how the community layout paradigm for clever grids differs from that for extra verified information networks, and discusses community defense in shrewdpermanent grids; presents an summary of communique community applied sciences for WANs and lovers, masking OPGW, PLC, and LTE and MPLS know-how; investigates safe data-centric facts administration and knowledge analytics for shrewdpermanent grids; discusses the transformation of a community from traditional modes of software operation to an built-in community in keeping with the shrewdpermanent grid structure framework.
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Extra resources for Communication Networks for Smart Grids: Making Smart Grid Real
The Smart Grid: Enabling Energy Efficiency and Demand Response. CRC Press, Boca Raton (2009) Global Smart Grid Federation: The Global Smart Grid Federation Report (2012) International Energy Agency: 2011 Key World Energy Statistics. : SMART2020: ICT and a Low-Carbon Economy, J. P. 0, NIST Publication 1108R2, U. S. asp (2012) Chapter 2 Elements of Power Systems for Networking Practitioners For the benefit of the readers with little background in power systems, we present topics in power systems and grid operations that are relevant to Smart Grid communications.
Smart Grid brings with it an enormous growth in data that must be managed for use by an ever-growing number of utility applications. Data management is covered in Chap. 10. The traditional practice of client–server communication between individual application and individual data source is not scalable. Such client– server communication may also not satisfy the network delay requirements; more importantly, direct end-to-end communication has inherent security and data privacy risks, such as the necessity of knowing the (IP) addresses of the communicating partners.
Long wires of good conducting material have small but nonzero resistances. Such is the case, for example, for the resistance of electric transmission lines spanning many kilometers. We will use the term resistor to denote any conducting material with nonzero finite resistance. The resistance of a material such as the tungsten filaments used in incandescent light bulbs is finite but moderately high. An insulator is any material that has extremely high resistance, such as air, and the resistance of that material is considered as infinite.