The reliability of cybersecurity within the smart grid. Write a descriptive paper on the reliability of cybersecurity within the smart grid, and DSGC application and implementation.
Describe the differential equation that models the behavior of stability for the grid. Use the proposal to write your understanding of the benefits of smart grid, cyber security, and DSGC.
The Smart Grid technology is about to revolutionize the modern industries with powerful solutions that evolve the efficiency of traditional Electric Grids.
The Smart Grid is an energy supply network that uses digital communications technology. According to the in , “the increasing load and consumption demands increase electricity complications” for instance, the demand has increased, and the problems originate with blackouts, overloads, and voltage sags as well as the current electrical network growing critical carbon emissions and foremost dealing with the cyber-attack. The United States is taking along up to forty percent (40%) of power system carbon dioxide emissions all nationwide which is harming the environment.
The demand for power supply has increased vividly whether it is domestic or commercial regions, because of progression in new emerging technologies which uses the machine, appliances, and devices greater than before. For these reasons, the power requirement has elevated dramatically. The traditional Grid system is insufficient to deliver the services up to standards, whereas the Smart Grid is the next generation power system that will substantiate the power for the manufacturing industries.
The Smart Grid with the integration of advanced technologies such as communication and advance computing power is anticipated to offer enhancement in efficiency, reliability, and availability . Furthermore, the Smart Grid provides infrastructure which is integrated with two-way communication and electricity flows. The Smart Grid is an organized technology where its inheritance the legacy power generation techniques which use natural gas, fossil fuel, coal as well as uses renewable sources of energy, such as wind turbines and solar power.
The Smart Grid is known to provide well-organized power distribution and consumption to a network of smart devices, transformer sand machines. Satisfactory, to achieve these goals it uses two-way communication whereas the legacy grid system uses one-way communication. The Smart Grid provides quick and enhanced services for the customers, with a reduced amount of response time delay where the energy crisis can be achieved by implemented efficiently.
However, the Smart Grid technology comes with vulnerabilities and complications with the biggest difficulty being to secure the information that is the most vital asset. The reasons are that the Smart Grid system will frequently exchange information as there could be sensitive information resides.
Cyber Security in Smart Grid has a critical operation because numerous devices individually commercial and domestic will be connected via a series of networks to communicate and delivering the security to the networks with various techniques . These issues are challenging which will be based on a literature review where numerous security solutions are evaluated and analyzed to help provide resolve solutions to complex security problems.