W3bstream Case Studies
Case Study Details
Mission
Western Engineering is launching Westernchain, a blockchain-based system for automating energy exchange between producers and consumers of energy. Westernchain aims to enable "micro-grids" and provide monitoring and accounting of energy flows for decentralized energy communities.
Mission
Western Engineering is launching Westernchain, a blockchain-based system for automating energy exchange between producers and consumers of energy. Westernchain aims to enable "micro-grids" and provide monitoring and accounting of energy flows for decentralized energy communities.
Mission
Western Engineering is launching Westernchain, a blockchain-based system for automating energy exchange between producers and consumers of energy. Westernchain aims to enable "micro-grids" and provide monitoring and accounting of energy flows for decentralized energy communities.
Mission
Western Engineering is launching Westernchain, a blockchain-based system for automating energy exchange between producers and consumers of energy. Westernchain aims to enable "micro-grids" and provide monitoring and accounting of energy flows for decentralized energy communities.
Challenges
Determining the daily energy production and consumption of a user requires coordination of several types of smart devices, such as solar panels, smart meters, and batteries. This fluctuation and dynamic nature of electricity availability presents a challenge for peer-to-peer exchange of energy.
Challenges
Determining the daily energy production and consumption of a user requires coordination of several types of smart devices, such as solar panels, smart meters, and batteries. This fluctuation and dynamic nature of electricity availability presents a challenge for peer-to-peer exchange of energy.
Challenges
Determining the daily energy production and consumption of a user requires coordination of several types of smart devices, such as solar panels, smart meters, and batteries. This fluctuation and dynamic nature of electricity availability presents a challenge for peer-to-peer exchange of energy.
Challenges
Determining the daily energy production and consumption of a user requires coordination of several types of smart devices, such as solar panels, smart meters, and batteries. This fluctuation and dynamic nature of electricity availability presents a challenge for peer-to-peer exchange of energy.
How W3bstream Helps
Western Engineering is using W3bstream to create a verifiable accounting system for the production, consumption, and trading of energy within their micro-grids. This decentralized ledger will be dynamically updated with real-time data aggregated in W3bstream from heterogeneous renewable energy devices.
How W3bstream Helps
Western Engineering is using W3bstream to create a verifiable accounting system for the production, consumption, and trading of energy within their micro-grids. This decentralized ledger will be dynamically updated with real-time data aggregated in W3bstream from heterogeneous renewable energy devices.
How W3bstream Helps
Western Engineering is using W3bstream to create a verifiable accounting system for the production, consumption, and trading of energy within their micro-grids. This decentralized ledger will be dynamically updated with real-time data aggregated in W3bstream from heterogeneous renewable energy devices.
How W3bstream Helps
Western Engineering is using W3bstream to create a verifiable accounting system for the production, consumption, and trading of energy within their micro-grids. This decentralized ledger will be dynamically updated with real-time data aggregated in W3bstream from heterogeneous renewable energy devices.
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W3bstream. Powered by IoTeX. Built by MachineFi Lab. All rights reserved.