Assessfy Social Impact Lab Moderate 6 milestones 100 marks

Transparent Solar Microgrid Billing and Community Energy Monitoring Platform

Theme: Affordable Clean Energy Type: Social-good / SDG-aligned impact project Tags: SDG 7, Energy Access Team: up to 4 Assessment: 6 impact-lifecycle milestones (100 marks) Hackathon/AICTE-activity-points eligible

Real-world project · AICTE-aligned · AI-graded · Audit-ready certificate

6
Milestones
0
Available mentors
0
Enrolled students
15
Core skills
About this project

Objective: To develop a digital platform that enables transparent billing, usage tracking, and community management for residents of rural solar microgrid-powered villages.

Access to reliable and affordable electricity remains a challenge in many rural and remote areas of India, where solar microgrids are increasingly deployed to bridge the energy gap. However, these communities often face issues such as unclear billing, lack of usage transparency, limited technical literacy, and disputes over shared resource allocation. This problem directly impacts the financial sustainability and trust in local clean energy initiatives, aligning with SDG 7: Affordable and Clean Energy.

The proposed solution is a mobile and web-based application that provides real-time energy consumption monitoring, transparent digital billing, and community-level alerts for households connected to a solar microgrid. The app will support multi-lingual interfaces, simple visualizations, and options for offline data sync to accommodate low-connectivity areas. It will also include an admin dashboard for microgrid operators and local committees to manage users and resolve disputes.

Key features include user-specific energy usage dashboards, digital payment and receipt generation, community announcement boards, notification of outages or system faults, and data export for audits. The working prototype will integrate with affordable IoT energy meters (simulated or real), use open-source mapping for asset visualization, and will be field-tested in collaboration with a local NGO partner.

Expected impact includes increased transparency in billing, reduced payment disputes, higher microgrid revenue collection, and improved energy literacy among underserved populations. If successful, the solution can be scaled to hundreds of microgrid sites across India, supporting local governance and the financial viability of decentralized clean energy projects.

Milestones
1. Problem & Stakeholder Understanding
10 marks 21d
Conduct interviews with rural microgrid users, operators, and NGOs to map pain points and user needs; submit a stakeholder analysis report reviewed by mentors.
2. Landscape Survey & Open-Data Sourcing
10 marks 18d
Survey existing open-source microgrid tools and public datasets; source sample energy usage and demographic data; deliverable is a data landscape report.
3. Solution Design & Architecture
15 marks 21d
Develop system architecture, wireframes, and user flow diagrams; peer review and mentor feedback required.
4. Prototype / Build
30 marks 35d
Develop functional app and IoT meter integration; present a working prototype with demo data for review.
5. Pilot & Impact Measurement
25 marks 28d
Conduct a field pilot with real or simulated users, collect usage feedback and impact data; submit pilot report and impact metrics.
6. Stakeholder Demo & Pitch
10 marks 14d
Present the solution and results to stakeholders (NGOs, faculty, operators); deliver a pitch deck and live demo for evaluation.
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Skills you'll learn
Social GoodSocial ImpactSDGSustainable DevelopmentCommunityAffordable Clean EnergySDG 7Energy AccessIoT integration and embedded systems for energy meteringMobile and web app development for low-resource settingsUser experience design for rural/low-literacy usersData visualization and analytics for energy usageCommunity engagement and participatory design methodsImpact assessment and baseline/endline survey designStakeholder communication and training material development
Tools used
Node-RED or Arduino/ESP32 for IoT meter simulationReact Native or Flutter for cross-platform app developmentFirebase or SQLite for backend/databaseOpenStreetMap for site and asset visualizationdata.gov.in for rural electrification and census datasetsGoogle Sheets API for impact reportingLocal language support via Google ML Kit or open-source libraries
Prerequisites
Basic programming in Python/JavaScriptIntroduction to embedded systems/IoTDatabase management fundamentalsFamiliarity with UI/UX design principles
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You'll earn — Certificate (PDF)

AICTE-aligned Project Completion Certificate

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