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
#) All StakeholdersNeed for Blockchain
1) ConsumersLegitimate Connection
2) Flexibility & Affordability
i) Consumer 13) Quality of Power Supply
ii) Consumer 25) Visibility in Energy Transactions
#) Use Cases for Blockchain
iii) Consumer n1) Project Finance
2) RegulatorsEnergy Trade
3) Supply Chain Visibility
i4) Energy RegulatorBill Reconciliation
5) ID Management of Contract Workers
#) All Stakeholders
A1) Power QualityConsumers
B) Tariff Ratei) Consumer 1
C) T&D ii) Consumer 2
Diii) SafetyElectric Vehicles
ii) Financial 2) Policy Makers
3) Regulators Regulator 3) Generators
i i) UtilityEnergy Regulator
A A) TraditionalPower Quality
a) Coal B) Tariff Rate(Pricing)
b) Nuclear C) Physical Infrastructure
B D) RenewableEnvironment & Safety
a) Hydro E) Control & Communication Network
ii) Financial Regulator
b) Solar iii) Data Privacy & Security
4) Generators
i) Utility
c) Wind iiA) Independent SourceTraditional
aB) SolarRenewable
b) Windii) Independent Source
4) T&D5) Physical Infrastructure
i) Design
ii) Laying Cables
...
iv) Maintenance
56) 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) Power Planning
3) Energy Transactions
4) Energy Project Financing
5) Contracts
#) Laws & Regulation
) Energy Transactions
#) Governance
1) Core Elements of Governance
i) Equity
ii) Trust
iii) Interoperability
2) Execution
3) Assessment & Update#) Governance of Regulatory Environment