BROOKLYN MICROGRID | Robot Sea Monster

Project

Brooklyn Microgrid

Platforms

iOS, Android, Web

Technologies

Blockchain, Peer-to-Peer Networking

Project Overview

The Brooklyn Microgrid project aimed to establish a decentralized, community-based energy network that allows residents to generate, store, and trade renewable energy directly. This innovative initiative aimed to promote sustainability, resilience, and energy independence within the Brooklyn community.

Key Features

Peer-to-Peer Energy Trading : Enabled direct energy transactions between users, fostering a sense of community and energy independence
Blockchain-Based Security : Ensured transparent and secure energy transactions, building trust within the network
Resilience and Independence : Demonstrated the microgrid’s ability to operate autonomously and maintain functionality even during power failures.

Project Video

The Solution

Pioneering App Development : Developed the first U.S. app to support a peer-to-peer microgrid, enabling direct energy trading between users.
Secure Blockchain Marketplace : Integrated blockchain technology into the app, creating a secure and transparent energy trading platform.
Proof of Concept : Successfully demonstrated the microgrid’s ability to operate independently, sell excess energy back to the grid, and maintain functionality during power failures.

The Results

Community Empowerment : Empowered Brooklyn residents to actively participate in a localized, renewable energy network.
Operational Success : The microgrid operated independently, sold surplus energy back to the grid, and remained resilient during power outages.
Global Scalability : Created a white-label app for international markets, showcasing the project’s potential for global impact.

The Challenge

Decentralized Energy Trading : Creating a peer-to-peer network for secure and transparent energy transactions.
Blockchain Integration : Implementing blockchain technology to ensure trust and reliability within the energy trading platform.
Operational Independence : Demonstrating the microgrid’s ability to function independently of the traditional power grid, even during outages.