| Table of Contents |
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Key Points
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Key Concepts
Enerblock concepts
from HLR doc v2
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| meetup.com/Hyperledger-Toronto/events/266765758/ https://www.youtube.com/watch?v=g0XEyI2FzSI&feature=youtu.be | Smart Grid presentation - Toronto - 2019 | ||||
| p2p energy trading using blockchain video | ||||
| https://www.dmtf.org/standards/cim/cim_schema_v29 | DMTF.org standards group for power mgt UML models |
Key Concepts
Enerblock concepts
from HLR doc v2
Virtual Power Plant framework enabled by blockchain to monitor and trace electricity generated, monitor and transfer electricity from energy storage assets, and produce the requisite tokenization strategy.
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This research Producer Electric meter Appliance model base on smart card kWh (kilo Watt hour). The card power meter Is use to calculate the prepaid electricity meter using the 20-digit voucher number as a charging medium. Utilizing a smart card, the token number in the prepaid electricity meter can help reduce the error rate when entering the token number, the model destination is created. Hardware design and with apps to detect how much energy is used to store basic data to help view history of usage. Using smart cards and microcontrollers in apps that come from a usage history in the Pulse usage category will help users know their usage in efficient, normal, and wasteful categories. The results of this research is a meter model with credit card for charging pulses, and data processing applications as devices that can be used for various electricity consumption. The information system is used as a model validation with pulse input that provides information about the use of electrical energy and as a determinant to save the time and time required to make optimal energy LESS
Other P2P energy trading systems
smart power grids on bc - toronto
https://www.meetup.com/Hyperledger-Toronto/events/266765758/
https://www.youtube.com/watch?v=g0XEyI2FzSI&feature=youtu.be
Power Network Goals
- minmize feeder congestion to primary distribution network orgs ( DNO)
- minimize green house emisssions
- balance supply and demand over different periods
3 connected power networks - today normally centralized
current distribution systems
distributed energy resources (DER) can reduce demand management
smart energy grids introduce DER
DER integration challenges
Benefits of DER
Goals for TEF - Transactive Energy Framework
Features needed for TEF Fabric can deliver
Blockchain concepts - transaction flow
blockchain value add - BVA
more BVA
Energy Trading on Blockchain - Double Auction
Bids classified
Fabric implementation model for p2p trading
Channels not useful unless limited to a DNO ( Distribution Network Operator )
Logical versus physical blockchain network ( nodes on DNO not DER points )
DER owners can be private just using a proxy id for PII, account nbr
Bids, offers can be public ( benefit to market seeing prices )
User DApp to interface to user on bids, offers
Allow Smart Meter to also manage power demand ( place bids, offers for units, rate, periods ) based on DER preferences, DNO policies
Ledger has proofs on identity, transactions, keys
Off-chain data linked via proxy id
How to retrofit to DNO as a service? to DER as a service? low income subscription options?
Problems in DER grid to manage include:
Overvoltage generated- local store can absorb some
q>> Doesn't smart meter turn off panels once storage full and demand stopped ?? yes
Toronto Microgrid diagram
Another microgrid example
Net impact of DER system
p2p energy trading using blockchain video
https://www.youtube.com/watch?v=AcufQeaOK1U
Benefits
Why Blockchain for Smart Grids?
TEF use cases
lo3energy.com
low income grid option for PV
Ethereum private POA at 1 m TPS ???
DLT option with IOTA
Some blockchain challenges are relevant to DER market
energy system challenges
Energy system challenges for p2p energy trading
research challenges
consumer challenges for p2p energy mgt
NSF Setup - Test Environments - docs
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- National Grid vritual smart meter service
- National Grid smart meter trading solution for low income customers
- Other Grids
Agenda
- Roadmap for Phase II of NSF SBIR grant on Peer to Peer Energy Trading
- Discussion between Dr. David King and Dr. David Bishop on scope of virtualization of Smart meters.
- Exploring commercial opportunities with Utility companies for application of the peer to peer energy trade
- David King sharing insights on the TTI and Licensing (if time permits)
Questions
- what design services do you need from Dr Bishop?
- what are gates for pilots ?
- what do we need for $1M NSF funding?
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running on Shane's server?
| <BrowserRouter> | |
| <Header brand="Enerblock" /> | |
| <Route path="/" component={ Search } exact /> | |
| <Route path="/createRS" component={ Create } exact/> | |
| <Route path="/queryRS/:aid" component={ Data } exact/> | |
| <Route path="/queryRSLocation/:aid/:lid" component={ Data } exact /> | |
| <Route path="/queryRSLocationDate/:aid/:lid/:date" component={ Data } exact /> | |
| </BrowserRouter> |
Demo source
https://github.com/Paramount-Software-Solutions/enerblock-frontend
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