Electricity for Free? The Dirty Underbelly of SCADA and Smart Meters

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Power Generation, Transmission, and DistributionUnlike other utility commodities like water or natural gas, electricity cannot be stored. Energycan also neither be created nor destroyed, only transformed into different types of energy.Electric Power Systems are typically grouped into three components. Power Generation coversthe process of transforming various types of energy into electricity. Transmissions Systems stepup the electricity to a higher voltage then transport and route the electricity over long distancesfor delivery to local markets. Distribution systems handle the process of stepping downelectricity to proper delivery levels and distributing it to the final consumers of the power. Thediagram below is a good example depicting these three components.* graphic courtesy of NERCPower GenerationThe Generation ProcessPower generation is the process of converting non-electrical energy into electricity, and is thefirst step in the process of delivering power to consumers. Electricity is most typically generatedat a power plant by electromechanical generators, which involve a spinning turbine to convertresident or stored energy into electricity.Although there are many operational differences in the various forms of power generation fromsources such as coal, natural gas, nuclear fission, flowing water, wind, and geothermal, allpower generation operations share similar system components, including how the SCADA andcontrol systems are connected back to Enterprise IT networks, the Internet, and other outsidenetworks. Because of all of the generation systems are typically in one geographical location,and typically have little outside TCP/IP connections, of the three parts to the electric powerindustry, power generation tends to have less vulnerabilities than transmission and distributionsystems. The diagram on the next page depicts a typical Power Generation network diagram,from the Internet down through the various Enterprise IT layers, to the physical equipment thatproduce electricity.pg [ 4 ]
Typical Generation System Diagrampg [ 5 ]
Page 1 and 2: sorryElectricity for Free?The Dirty
Page 3: IntroductionSCADA Systems control t
Page 7 and 8: Typical Transmission System Diagram
Page 9 and 10: Typical Distribution System Diagram
Page 11 and 12: Our assessment approach was designe
Page 13: SCADA Vulnerability StatisticsHavin
Page 16 and 17: SCADA, how can I own thee, let me c
Page 20 and 21: Appendix A - Test Results with Comm
Page 22 and 23: We used the programming software to
Page 24: Appendix C - Some Smart Meter Vendo

Electricity for Free? The Dirty Underbelly of SCADA and Smart Meters

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