A combination of hardware and software using IOT to monitor and control the electricity distribution grids applying Ai,ML to the grid edge
Description
- IOT Device / Meter A low-cost IOT device called the Village Energy Data Acquisition Device (VEDA)
- Customer Prioritization Customer mobile app
- Autonomous Grid Control Autonomous Grid Control
- Predictive Engine
Organization
Village Energy
Budget
Impact
The results of our first pilot in India indicate significant financial benefits to the utility, social and economic benefits to the community. The results shown below were verified by KPMG, the independent evaluator for this project. 30% reduction in utility costs 9% reduction in customer monthly bills with contribution from low-cost DER 13% reduction in peak load 75% reduction in power outages 50% energy contribution from solar Increase in monthly household energy consumption Employed project management and technical personnel locally Facilitated 2kW solar rooftop installation invested by consumer Village Energy estimates suggest that distribution utility costs are expected to drop significantly and improve distribution services to consumers
Deployments
Innovation
The technological innovations in Village Energy solution are - Dynamic Hosting Capacity: operating the fleet of Distributed Energy Resources (DER) devices in accordance with the reliable operating limits of the network system requires a methodology of automatically and dynamically deriving these hosting capacity limits. Flexible Dispatch: the IoT/metering device has the ability to operate individual DER, and a collection of DERs in aggregate, so that they remain within the Dynamic Hosting Capacity limits identified for each network system. Smart Contracts: Exchange of financial value in near real-time between customers and system operators is a key feature of smart contracts.
Timeline
The timeline for realising the benefits are almost immediate
Pilots
Pagidiroy pilot project, Kurnool district, Andhra Pradesh
Location(s)
Chennai, India
Website
http://www.village.energy/
Resources Needed
Sectors
Sustainable Development Goals
This solution addresses the following problems.
Last mile electricity distribution and services using low cost distributed energy sources
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Last Visit | April 14, 2024 |
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Ashburn, Virginia, United States of America | 14 |
Bengaluru, Karnataka, India | 3 |
Berlin, Berlin, Germany | 16 |
Boydton, Virginia, United States of America | 6 |
Columbus, Ohio, United States of America | 1 |
Dallas, Texas, United States of America | 79 |
Des Moines, Iowa, United States of America | 2 |
Dulles, Virginia, United States of America | 28 |
Falkenstein, Sachsen, Germany | 2 |
Mountain View, California, United States of America | 9 |
Riga, Riga, Latvia | 1 |
Saint Petersburg, Sankt-Peterburg, Russian Federation | 2 |
Seattle, Washington, United States of America | 1 |
Singapore, Singapore, Singapore | 6 |
Taipei, Taipei, Taiwan (Province of China) | 1 |
Tustin, California, United States of America | 2 |
Warrington, England, United Kingdom of Great Britain and Northern Ireland | 1 |