Phoenix - Your AI AssistantResearch Work - Modelling and formulation P2P
- Posted:
- Proposals: 1
- Remote
- #3709566
- Awarded
has already sent a proposal. Description
Experience Level: Intermediate
The Analysis
We want to find out how the peer-to-peer platform is better than the traditional energy system.
State the Economic benefit.
The suggested system is tested by deploying it to a UK microgrid, where the smart contract execution time is benchmarked, and by running simulations on a community of 10 homes using real-world data.
By reducing peak demand, simulation results should show the viability of the proposed p2p system.
• To determine whether users of the peer-to-peer distribution system can save.
• The simulation results should display the suggested smart contract's execution time within the Nodes.
• Vehicle to grid connectivity to facilitate the transmission of power from prosumers, maintain grid dependability and balance supply and demand.
We want to find out how the peer-to-peer platform is better than the traditional energy system.
State the Economic benefit.
The suggested system is tested by deploying it to a UK microgrid, where the smart contract execution time is benchmarked, and by running simulations on a community of 10 homes using real-world data.
By reducing peak demand, simulation results should show the viability of the proposed p2p system.
• To determine whether users of the peer-to-peer distribution system can save.
• The simulation results should display the suggested smart contract's execution time within the Nodes.
• Vehicle to grid connectivity to facilitate the transmission of power from prosumers, maintain grid dependability and balance supply and demand.
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