Smart Grid Cybersecurity Course, Important Aspects of Cybersecurity in Smart Grids, Cybersecurity Training
Smart Grid Cybersecurity Course, Important Aspects of Cybersecurity in Smart Grids, Cybersecurity Training
Smart grid is one of the most important applications of the Internet of Things (IoT). Smart grid system is a key infrastructure with complex architecture and key equipment.
More importantly, by integrating advanced computing and communication technologies, smart grids are expected to greatly improve the efficiency and reliability of future power systems with renewable energy, distributed intelligence, and demand response.
With the silent function of smart grids, network security has become a key issue, as millions of electronic devices are connected to each other through communication networks in critical power facilities, which has a direct impact on the reliability of such a wide range of infrastructure.
Cybersecurity professionals report 4 types of attacks that are expected to occur when the national smart grid is built around 2035
- Device attack
- Data attack
- Privacy attack
- Network availability attack
According to data from the Electric Power Research Institute, the network security of the system is one of the biggest problems of the smart grid.
There are many different institutions and organizations, such as IEEE Electric Power and Energy Society (PES), IEC Smart Grid Standardization, and the National Institute of Standards and Technology (NIST) to participate and contribute to the standardization and supervision of smart grids.
In the present transition period, after smart grids and traditional system components coexist in the grid, network security issues are mostly relevant to the P&E industry, which has been identified as one of the most important industrial security goals.
Smart grid cyber security training courses will cover essential aspects of smart grid cyber security. The training includes complete information about smart power systems, the latest technologies about smart grids, probable threats and vulnerabilities in smart grids, and security assessments in smart grids to improve audiences’ understanding of network security in smart grids.
Learn about:
- Loss of confidentiality
- Loss of availability in smart grids
- Security modes in smart grid domains
- Security in transmission level
- Operation level security mode
- Distribution SCADA
- Distributed generation management
- Outage management
- Wide area measurement systems
- Bulk storage management
- Energy market
- Wholesale market
- Retail energy provider
- Customer energy management
- Generation and storage security
- ISO operation
Audience:
- Power utility engineers, Test engineers
- Independent system operator personnel.
- Faculty members from academic institutes
- Investors and contractors, Power traders
- Professionals in other energy industries.
- Technicians, operators, and maintenance personnel
- Managers, accountants, and executives of smart grid industry.
- Scientist or non-electrical engineers involved in smart grid related projects or proposals.
- All individuals who need to understand the concept of security in smart grids.
Training Objectives:
- Understand the smart grid components
- Describe the trend toward smart grid technologies
- Explain the necessity of security in smart grids
- Understand the threats
- Explain the communication problems
- Understand the main components of cyber secured power grid
- Initiate the cybersecurity analysis for designed smart grid
- Understand the cascading failures in smart grids and consequences of risks
- Set the boundaries for security architectures
- Differentiate the security issues in transmission, distribution and generation plants
- Understand the different energy management systems in different levels
- Explain the security assessment and incident response
- Describe the security concepts in SCADA systems, demand response, electric vehicle and metering infrastructures
Training Outline:
- Smart Grid Technology
- Modernism In Electric Transmission And Distribution Systems
- Cybersecurity Context; Traditional Grid Security versus Smart Grid
- Reported Vulnerabilities of Smart Grids
- Smart Grid Architecture Model (SGAM)
- Information Assurance in Smart Grids
- Advanced Metering Infrastructure and Security Issues
- Demand Response Security Concerns
- Smart Grid Domain Security
- Risk Assessment in Smart Grids
- Security Architecture of Smart Grids
- SCADA System Security
- Plug-in Electric Vehicle (PEV) Security Issues
- Generic Security Issues
- Components of A Cyber Secured Smart Grid
- Smart Grid Conformity Testing
- Cybersecurity Mode Level of a Smart Grid Domain
- Customer Energy Management
- High Level Cybersecurity Requirements
- Hands-On, Workshops and Group Activities
- Sample Workshops and Labs for Smart Grid Cybersecurity Training
Also, Tonex offers nearly three dozen courses in the Cybersecurity Foundation. This includes cutting-edge courses such as:
- Cybersecurity Fundamentals
- Electric Grid Cybersecurity Master Certification
- Network Security Training
- Software Security Training
- ICS Cybersecurity Training
For More Information
Smart Grid Cybersecurity Training
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