Executive Summary
A solar installation is a long-term investment, but most owners have little insight into how it is performing. Inverter faults, communication drops and underperforming panels can go unnoticed for weeks, quietly reducing generation and return on investment.
A renewable energy technology provider engaged Gunpowder Innovations to build a monitoring platform that turns raw system data into clear, actionable intelligence. Over twelve months we designed and engineered the complete ecosystem: real-time performance monitoring, intelligent failure detection, production analytics, maintenance workflows, alerts, subscription management, and dedicated user and admin portals on AWS.
Engagement at a Glance
Client: Renewable energy technology provider
Sector: Renewable Energy Technology, Asset Monitoring
Scope: Product engineering, mobile development, monitoring and analytics systems, alerts, billing, cloud infrastructure
Users: Residential and commercial system owners, administrators
Technology: Mobile app, monitoring engine, AWS
Timeline: 12 months
Business Context
As solar adoption grows, owners expect the same visibility from their energy systems that they get from other connected products. Existing monitoring tools often present fragmented, technical data that is difficult to interpret. The client needed a single platform that makes system health understandable and helps owners act before issues affect generation.
Business Objectives
Monitor systems in real time across production, efficiency and health
Detect failures automatically before they cause significant losses
Track production and losses with historical analytics
Simplify maintenance with structured workflows
Manage subscriptions and accounts within one platform
Our Approach
1. Discovery
We analysed the data solar systems produce and the decisions owners and administrators need to make from it.
2. Experience Design
We designed a mobile-first experience that translates technical metrics into clear dashboards, alerts and reports for both technical and non-technical users.
3. Platform Engineering
We built the monitoring engine, analytics, alerting, maintenance management, user management and billing on a shared architecture.
4. Integration & Infrastructure
The platform connects with solar monitoring providers, notification, payment, analytics and reporting services, all hosted on AWS.
Solution Overview
Real-Time Performance Monitoring: production, efficiency and system health dashboards
Intelligent Failure Detection: automatic identification of inverter faults, communication disruptions, optimiser issues and underperforming panels
Energy Production Analytics: historical data, trends and efficiency reports
Maintenance & Task Management: service requests and maintenance scheduling
Smart Notifications: alerts for anomalies, failures and maintenance needs
Subscription Management: plans, billing and invoices
User & Admin Portals: role-based access and controls
Technical Architecture
Monitoring engine: continuous ingestion and analysis of system data
Analytics: performance reporting and historical trends
Alerting: rules-based notification services
Platform services: user management, subscriptions and billing
Integrations: solar monitoring providers, notifications, payments, analytics and reporting
Infrastructure: AWS cloud built for reliability and scale
Outcomes
Improved system visibility through real-time data
Faster issue resolution with automated alerts
Better maintenance planning through structured workflows
Higher energy efficiency informed by analytics
Stronger user engagement with actionable dashboards
A scalable foundation for additional monitoring capabilities
Capabilities Delivered
Renewable Energy Product Engineering
Mobile App Development
Real-Time Monitoring Systems
Analytics & Reporting
Alerting & Notifications
Subscription & Billing Systems
Cloud Infrastructure
Conclusion
Smart Solar turns a passive energy asset into a monitored, managed system. Owners can see performance, act on issues early and protect the value of their investment.
Gunpowder Innovations delivered the platform end to end, combining energy-sector product thinking, data engineering and cloud infrastructure to build a future-ready monitoring solution.
