研究目的
To investigate the current pain points facing the solar power sector and discuss existing blockchain-based solutions to mitigate said issues.
研究成果
The deployment of blockchain in the renewable resource space is revolutionizing electricity consumption by enabling direct connections between energy providers and consumers, transparency, and accessibility. However, challenges such as security, immutability, and legal issues must be addressed. It will likely be over a decade before large-scale progress is made, and comprehensive research-backed pilots are essential.
研究不足
Blockchain technology is not 100% secure, inability to make changes due to immutability, data ownership and protection issues, legal considerations, and data storing limitations.
1：Experimental Design and Method Selection:
Online research and Internet-based resources were used to explore the potential use cases of blockchain to initiate the permanent shift of the energy industry towards renewable resources.
2：Sample Selection and Data Sources:
Academic sources, corporate profiles, blockchain and energy forums, and news articles were used to compile the data presented.
3：List of Experimental Equipment and Materials:
Not applicable as the study is based on literature review and online research.
4：Experimental Procedures and Operational Workflow:
Identification of current pain points in the solar energy industry, followed by extensive research to select current ventures with potential to mitigate inefficiencies.
5：Data Analysis Methods:
Qualitative analysis of compiled data to identify and discuss blockchain-based applications and their benefits.
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Grid+
Smart agent that utilizes artificial intelligence to detect electricity usage patterns, makes automatic purchases on behalf of the customer, and settles transactions instantaneously.
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Electron
Blockchain-based electricity and gas meter registration system that helps consumers switch between utilities more easily.
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Drift
Allows consumers to connect directly with energy producers to determine and match environmental/cost preferences.
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LO3
Facilitates peer-to-peer energy trading through the Brooklyn Microgrid Project.
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PowerPeers
Acts as a marketplace for energy producers and consumers to trade self-generated power.
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Dajie
Allows individuals to exchange energy through a network of nodes, providing energy coins for prosumers.
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Conjoule
Allows energy-producing homes to sell electricity to other homes and organizations in their community.
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BlockCharge
Provides a system for electric vehicle charging with a Smartplug, phone application, and blockchain component for transparency.
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EMotorWerks JuiceBox
JuiceBox
EMotorWerks
Fast-charging, Wi-Fi-enabled electric vehicle charger used in the Share&Charge platform for peer-to-peer charging.
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SolarCoin
Cryptocurrency earned by generating solar electricity, acting as an incentive for solar producers.
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Energy Coin
Cryptocurrency that incentivizes moving away from fossil fuels to clean energy.
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Enerchain
Decentralized marketplace for energy wholesalers to list and sell expected future energy generation.
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Power Ledger
Creates a transparent marketplace for energy trading, optimizing dispatch and management services.
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Sun Exchange
Platform for leasing solar cells to end-users in sunny countries, facilitated through blockchain.
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M-Payg
Pay-as-you-go solar energy system for families in developing nations, with payments made via mobile devices.
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Energy Web Foundation
Research foundation aimed at fast-tracking the commercial deployment of blockchain in the energy sector.
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ConsenSys
Venture production studio creating simplified, smart applications for peer-to-peer transactions in energy.
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Grid Singularity
Provides integrative solutions for smart grid management, trade of green certificates, and other energy applications.
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Trezor Bitcoin Wallet
Offline wallet for storing cryptocurrencies to protect against attacks.
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