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Electric Trees is a comprehensive energy distribution and management platform that enables decentralized energy sharing.
Client
Electric Trees
Industry
Eco Tech
Project Duration
2 weeks
Project Overview
StageSyncer, found at stagesyncer.com, is a website called Oskar that helps musicians and places like bars or clubs plan live shows together. It’s like a super easy app where artists and venues can sign up, make profiles, find the perfect event match, chat right away, book gigs, and sort out all the details like schedules and plans in one spot.
Project Statement
Traditional energy systems often lack flexibility, transparency, and accessibility for small-scale producers and consumers. There was a growing need for a digital solution that empowers individuals and organizations to manage, share, and trade energy efficiently within a decentralized ecosystem, ensuring accountability and optimized energy utilization.
Objective
- Develop a web-based system for decentralized energy management and distribution.
- Enable users to create companies, configure grids, and track energy usage.
- Provide functionality for purchasing and managing energy top-ups.
- Implement secure, role-based access control for multiple user types.
- Ensure scalability and data consistency for energy transactions.
Project Challenges
The solution tackled challenges around dynamic data modeling, secure access management, and consistent transaction handling at scale.
Complex Grid Modeling
Designing an adaptable model for diverse company and grid configurations. Solution: Implemented modular database entities allowing dynamic relationships between grids, panels, and users.
Role-based Access Control
Managing permissions for different user types. Solution: Leveraged Django’s authentication system with custom middleware for fine-grained access control.
Transaction Consistency
Ensuring data accuracy during simultaneous energy top-ups. Solution: Used Django’s atomic transactions and database locking to prevent race conditions.
Project Approaches
Our team built effective solution for Electric Trees
System Architecture:: Designed a modular architecture supporting multiple user roles—Admin, Company, and End User.
Energy Grid Management: Built models to represent grids, panels, and their interconnections, allowing dynamic allocation of energy resources.
Usage Tracking: Integrated real-time energy usage calculation and reporting dashboards.
Company Creation and Management: Enabled users to create their own companies, add energy grids, and manage their distribution.
Transactions: Implemented secure transaction mechanisms for energy top-ups using Django ORM and database transactions.
Database Design: Created a normalized schema in MySQL ensuring data integrity, scalability, and optimized query performance.
Solution Aviox Built for Electric Trees
The Electric Trees platform was developed as a full-stack web application using Python’s Django framework for backend development and HTML/CSS for the frontend interface.
Technologies
Tech Stack
HTML, CSS
Front End
Python
Back End
MySQL
Data Storage
Django ORM
Tools
RestAPIs
Tools
Impact & Results
Transparent Energy Network Management
Enabled the creation and management of decentralized energy networks with improved visibility.
Optimized Energy Monitoring and Transactions
Simplified the process of tracking energy usage and managing energy-related transactions.
Future-Ready for IoT Integration
Established a strong foundation for incorporating IoT-based monitoring and advanced analytics.
Proven Scalability and Reliability
Demonstrated the system’s ability to efficiently handle multiple companies and user profiles without performance loss.