4.2 Energy Sector Management

4.2.1 Description of Environment (brief)

4.2.2 Use Case

Name 

Description<

Primary Actor<

Supporting Actors<

Stakeholders and Interests

Pre-Conditions

Post Conditions

Success condition

Failure  condition:

Minimal Guarantee

Trigger

Main Success Scenario

Extensions

Variations

Frequency: 

Assumptions

Special Requirements

Issues

Outcome

4.2.3 Recommendations

• Identity, Interactions, Regulations and Governance

#) Energy Market Ecosystem

     General Description

#) Need for Blockchain

    1) Legitimate Connection

    2) Flexibility & Affordability

    3) Quality of Power Supply

    5) Visibility in Energy Transactions

#) Use Cases for Blockchain

    1) Project Finance

    2) Energy Trade

    3) Supply Chain Visibility

    4) Bill Reconciliation

    5) ID Management of Contract Workers

#) All Stakeholders

    1) Consumers

        i) Consumer 1

        ii) Consumer 2

        iii) Electric Vehicles

    2) Policy Makers

    3) Regulators

        i) Energy Regulator

           A) Power Quality

           B) Tariff Rate(Pricing)

           C) Physical Infrastructure

           D) Environment & Safety

           E) Control & Communication Network  

       ii) Financial Regulator

       iii) Data Privacy & Security

   4) Generators

       i) Utility

          A) Traditional

          B) Renewable

        ii) Independent Source

    5) Physical Infrastructure

        i) Design

        ii) Laying Cables

        iii) Equipment Installation

        iv) Maintenance

    6) Financial Institution

        i) Banks (Project Finance)

        ii) Financial Services (Payments)

        iii) General Insurance (Hazard Insurance)

#) Identity Management of Stakeholders

#) Interaction between Stakeholders

    1) Roles of Stakeholders

    2) Energy Transactions

#) Governance

    1) Core Elements of Governance

        i) Equity

        ii) Trust

        iii) Interoperability

    2) Execution

    3) Assessment & Update