Residential Array in Ontario
A 12-panel rooftop installation on a family home in the Greater Toronto Area. The system generates enough electricity to cover approximately 75% of the household's annual consumption.
Battery System in British Columbia
A dual-battery wall-mounted storage solution providing 26.8 kWh of capacity. Designed to power the home through overnight hours and short grid outages common in rural BC.
AI Energy Management Interface
The centralized dashboard displays real-time generation, battery state of charge, household consumption breakdown, and AI-driven recommendations. Users access this from any device.
Winter-Ready Panels in Alberta
A 16-panel high-efficiency array installed on a bungalow near Calgary. The cold-climate panels maintain strong output even with reduced winter daylight hours and occasional snow coverage.
Integrated Smart Home Controls
A wall-mounted control hub links the solar system with heating, lighting, and appliances. Automated scenarios reduce energy waste by adjusting usage based on occupancy and battery levels.
High-Capacity Storage in Quebec
A four-module battery cabinet paired with a hybrid inverter delivers 40 kWh of usable capacity. This system supports near-complete off-grid operation for a rural property outside Montreal.
Mobile Energy Monitoring App
The companion app provides live data on energy production, weather-adjusted forecasting, and historical consumption trends. Users receive push notifications when the AI detects unusual patterns or opportunities to save.
Full-Roof Array in Nova Scotia
A 20-panel installation spanning the entire south-facing roof surface. Combined with battery storage, this system provides the homeowner with nearly 90% energy self-sufficiency during peak months.
Solar-Powered EV Charging
A smart EV charger connected to the home solar system. The AI schedules charging during peak solar production hours, minimizing grid draw and reducing the overall cost of electric vehicle ownership.
