blockchain – energy sector solution€¦ · powerpoint presentation author: atif, mohammed...
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DNV GL © SAFER, SMARTER, GREENERDNV GL ©
Blockchain – energy sector solution
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Department of Energy
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Blockchain enables solutions not previously possible. It is perceived to be a transformative technology.
AUDITABLEProvides full audit trail of data capturing all
transactions
IMMUTABLE
Validated, single, timestamped,
tamper-proof data
VALUE TRANSFERReal-time rule based verification by multi-party confirmations
TRUSTED INTERACTION Trusted digital
signature based peer to peer interactions
TRACEABILITY
Event monitoring and asset or product tracking in secure environment
COMPLIANCE
Evidence of regulatory conditions compliance
BUSINESS LOGICSmart contracts used for transactions, establishing ownership, measuring impact and task automation
STAKEHOLDERP2P Communications, risk reduction, lower costs and trust between all parties
Unique capabilities
of Blockchain
What is blockchain?
► A blockchain is a digital, secure public record book of transactions (or a ledger)
► A “block” is the way a ledger organises transactions into blocks of data
► The blocks link into a sequence that cannot be changed and is shared with everyone in the network.
► The network and data is distributed. There is no one single controlling authority. The data is shared across the network, protecting against illegal transactions.
Blockchain creates trust in data
► Who’s who? - Identity is established using digital signatures with public and private keys
► Who owns what? – Ownership is established using “cryptographic hashing” data stored in short form on the block. If attempts are made to change it, the system rejects it
► What’s true? – Transactions are verified using distributed consensus mechanisms.
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How does Blockchain work?
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Hash
SHA-2 (Secure Hash Algorithm 2) is a set of cryptographic hash functions designed by the United States National Security Agency (NSA).They are built using the Merkle–Damgård structure, from a one-way compression function itself built using the Davies–Meyer structure from a (classified) specialized block cipher.
https://en.wikipedia.org/wiki/SHA-2
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Block
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Chain of Blocks
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Breaking the Chain of Blocks
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Broken Chain of Blocks
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Blockchain is based on a distributed network, with no one centralisedcontrolling entity enabling multiple use cases across all industries
A transactionIs requested
The transaction is broadcast to a network of Peer-2-Peer computers called nodes. The nodes can be an ecosystem of servers belonging to companies
VALIDATION AND VERIFICATIONAll the networked nodes validate the transactions, the users status and business rules
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IMMUTABLE BLOCK Block is combined with other transactions to create a time-stamped block of data on the ledger 4
A transactionis complete 6
NODE
The new block is added to the existing blockchain creating a permanent record 5
Supply Chain Risk,
Sustainability and Resilience
TOKENISATION AND CRYPTOCURRENCY
Verified transactions can involve cryptocurrencycontracts as a medium of exchange or tokens to reward behaviour and engender loyalty.
Cryptocurrency is created and secured electronically in the blockchain.
Encryption techniques are used to control and create units of exchange and to verify the funds.
NODE
NODE
NODE7
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Summary use cases within the energy sector
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Decentralised energyTransaction and supply
system
► Decentralised buying and selling of energy
► Consumers of energy are also producers, representing new opportunities
► No supplier-switching process
► Cryptocurrency integration
Other smart contract
Applicationslike
electric mobility,smart devices
Applications with a focus on transactions and smart contracts enabling automated execution of contracts
Guarantees of origin, certification of emission
allowances
Guarantees of origin, certification of
renewable energy
Register recording ownership and current state of assets
Applications with a focus on documentation of ownership
Billing of electric mobilitywith roaming and geo-location
Metering and billing of heating
Metering and billing of electricity consumption
Applications with a focus on distributed transaction records
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Distributed energy
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Consumers of energy are also producers. Using blockchain technology it is possible to dispose of spare generation capacity by selling to other entities on the tradingplatform using energy exchange tokens
STORAGE
BIO FUELS
HYDRO
WIND
SOLAR
TOKENISED ENERGY TRADING MARKETPLACE
BLOCKCHAIN PLATFORMSmart Meters
SmartDevices Sensors Smart-
Phone Apps
Secure storage of
energy records
Energy networks controlled by smart contracts
Secure, distributed record of
transactions
Payment using Crypto
currency tokens
Emission allowances, renewable energy certificates, asset management
Crypto-tokens used interchangeably with traditional payment methods
Transaction data is stored on the blockchain using the distributed ledger, with each party identified using digital identities
Supply and demand are balanced by smart contracts – balancing market, microgrids, virtual power plants, storage
ENERGY SECTOR USE CASES
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Smart contracts and tokenisation
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Encourage mass adoption of electric mobility solutions,
using simplified billing at charging stations, for parking or vehicle
sharing
BLOCKCHAIN BASED BILLING
SMART DEVICES AND SENSORS
Peer to peer communications between devices. Capture data on
energy efficiency and metering. Data driven decision making s and
improved resource management
VALUE EXCHANGE WITH ENERGY TOKENS
Energy tokens can be used to trade carbon
credits, or usage credits. They can be
used to reward reduced emissions and pursuit of clean energy
sustainability
VALIDATION AND VERIFICATION FOR ENERGY
INVESTORS
Blockchain and smart contracts enables
investors to see the impact at each phase of
a project. Lowers investment risk and enables funds to be
released only when key objectives are met
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