Literature Review on Future Power Networks- TutorsIndia.com

1. LITERATUREREVIEW ON FUTURE POWER NETWORKS An Academic presentationby Dr. Nancy Agens, Head, Technical Operations,TutorsIndia Group www.tutorsindia.com Email:info@tutorsindia.com

2. Today'sDiscussion Introduction Salient Applications with SmartGrids Why is Cost a Constraint to Future Power Networks? Role of Distribution SystemOperators Big Deal with 5G Technology Networks Safety Measures to Protect your Data Conclusion OUTLINE

3. Introduction The salient property of future power networks is to deploy the needful resources, which will be more indemand. Our future focuses on reducing varying levels of stress, concerning the supplyside. This is also a reason why our future power systems are also reputed as smart grids(SG). In the upcoming days, there will also be a high demand for smart grid technologies, to supply the right source of electricity to cities that are fully-developed and advanced in technology. A crucial challengehere is to manage everything said sustainably.

4. Salient Applications with SmartGrids There will be powerful state-of-the-art tools and technologies, in combination with modern power distributionsystems. The expected power electronics for transmission and distribution networks will turn into key players to present global innovations suchas: Generating magnetic links that are high onfrequency Communications for power networks through community or distributivestorage. Power-electronic mechanisms to convert results into sustainable electricity foruse. Superconductors and powerful mechanicalgenerators. Our future power system networks and other electricity control protocols should focus to meet affordability as one of itsgoals.

5. Why is Cost a Constraint to Future PowerNetworks? For this, we have to understand a concept which has so many challenges – Dynamic Pricing. Dynamic pricing is a term that refers to the process of disclosing or revealing the actual charges onelectricity. The future power dynamic pricing must reveal the cost of electricity before any consumption. But what any research scholars and subject practitioners feel dubious is the adverse impact in the stability of themodel. This is because of the interpretation that the more is the demand for power networks, the more is the wild fluctuations to observe, which can trigger vita costissues.

6. Role of Distribution SystemOperators As said before, electricity must be affordable, efficient andsustainable. From electrification and its transportation to real-time applications such as domestic devices heating, are heavily controlled through distributionnetworks. DNOs should evolve into DSO (Distribution System Operators) and this will result in a design operation that is efficient and meets a customer’s need with accuracy andaffordability. DSO controller processes are all about moving to a smart and flexible communication and electricity networkshortly!

7. Big Deal with 5G TechnologyNetworks The 5th Generation telecommunication (5G) is a wireless Interaction model, that will support large-scale obtainment ofnetworks. High data connectivity, broader scope of coverage, faster networking possibilities, satisfactory energy efficiency, better security are the best features to cover in5G! Both our present-day cellular models and the future-oriented 5G networking have a common line of similarity and that is critical applicationdevelopment. With better research prospectus supporting a detailed analysisof both the former and the latter’s architecture will prove better applications of telecommunication and power networking in ourfuture.

8. Safety Measures to Protect yourData Considering the high amount of data and communication mediums going to be used, there is a potential threat to users about the safety and security ofinformation. Cyber security comes into play considering your dataprivacy. In the possibility of malicious adversaries of communication, likely that information deletion, modification, interception or even stealing data is possible byunknown. The following measures are responsible through subject-matter experts, electricity commissioners, research specialists, and engineering professionals, to work alongside with cybersecurity guards for dataprivacy: Contd..

9. Taxonomy-based protectionmeasures Authentication Develop systems for intrusion detection Key management Trust computing Privacy preservation Strict accesscontrol

10. Conclusion With tested measures to safety and privacy, users are sure to witness a secured environmentwhere affordability and efficiency are not barriers to communicate with your closeones!

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