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) Consumer nElectric Vehicles
2) Policy Makers
3) Regulators
ii) Energy Regulator
A A) Power Quality
B B) Tariff Rate(Pricing)
C) C) Physical Infrastructure
D) Environment & Safety
T&D E) Control & Communication Network
D) Safety ii) Financial Regulator
iii) Data Privacy & Security
43) Generators
i i) Utility
AA) Traditional
aB) CoalRenewable
ii) Independent Source
b5) NuclearPhysical Infrastructure
Bi) RenewableDesign
ii) Laying Cables
aiii) HydroEquipment Installation
iv) Maintenance
b6) SolarFinancial Institution
c) Windi) Banks (Project Finance)
ii) Independent SourceFinancial Services (Payments)
a) Solariii) General Insurance (Hazard Insurance)
#) Identity Management of Stakeholders
#) Interaction between Stakeholders
1) Roles of Stakeholders
b) Wind2) Energy Transactions
#) Governance
1) Core Elements of Governance4) T&D
i i) DesignEquity
iiii) Laying CablesTrust
iii) Equipment Installation iii) Interoperability
iv2) MaintenanceExecution5
) General Insurance 3) Assessment & Update