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IEEE Model for planning Big Data Energy Applications through a Smart Grid (including Use Case Scenarios)
SWOT Analysis for Energy Big Data: A Survey |
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Helpful | Harmful | |
Internal |
Strengths• Provides a community of professionals in industry, academia, and government working to solve the challenges associated with Big Data • Recognition of useful versus irrelevant data • Collection of distributed data • Accuracy, completeness, and timeliness of data • Efficient storage and transfer • Privacy and security of data • Fault tolerance • Scalability and economic impact of implementation • Intelligent analysis • Insightful and flexible presentation |
Weaknesses• The volume of energy big data is increasing at an exponential speed. At the same time, difficulties also arise up in data storage, mining, querying, processing, etc. Therefore, cryptography technologies, fuzzy data computing, qualified data processing are all essential for big data applied better in smart grid. |
External |
Opportunities• The volume of energy big data is increasing at an exponential speed. At the same time, difficulties also arise up in data storage, mining, querying, processing, etc. Therefore, cryptography technologies, fuzzy data computing, qualified data processing are all essential for big data applied better in smart grid. | Threats• Data privacy • Integrity: Preventing unauthorised persons or systems modifying information • Authentication: verify participator’s identity and map this identity to the existing authentication table in power network. • Third party protection: a third-party must be listed in the authentication table in power network |
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All the data are licensed as Creative Common CC-BY 4.0.