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| Aspects | Criteria | Explanation |
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| Economic | C1 Public infrastructure utilization efficiency | Uses blockchain technology to realize the sharing of public infrastructure facilities, cross-network cooperation, and scattered transactions and improve the sharing efficiency |
| C2 Production cost management | Uses blockchain technology to analyze production information to achieve the optimal production and generation efficiency |
| C3 Administration cost management | Reduces labor cost through automatic data upload, traceability system, and smart contract |
| C4 Transaction cost management | Distributed ledger and smart contract reduce transaction cost |
| C5 Financial cost management | Electronic bill management, auditing, and tax supervision |
| Society | C6 Security | Builds a secure database to ensure anonymity and privacy |
| C7 Authenticity | Establishes an open, transparent, authentic, and reliable traceability system |
| C8 Timeliness | Improves efficiency through the smart contract and blockchain traceability system |
| C9 Credit evaluation system | Credit evaluation through the integration of information on the blockchain |
| C10 Incentive and punishment system | Policy subsidies and illegal punishment for the behavior of blockchain participants |
| C11 Power grid optimization | Microgrid regional power supply, optimal power supply, and attract more power suppliers |
| C12 Demand-side management | Encourages users to upload demand information to cope with peak hours of power consumption and match energy production with demand |
| Environment | C13 Low carbon emission | Carbon emission trading on the chain promotes enterprises to reduce carbon emissions through technological progress |
| C14 Green energy | Replaces nonrenewable energy with green energy |
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