This Rosedale installation demonstrates how a well-designed system can transform a traditional family home into an energy-efficient residence. The homeowners wanted to reduce their environmental impact while lowering monthly utility expenses.

We installed 24 high-efficiency monocrystalline panels on the south-facing roof, optimizing the angle for maximum sun exposure throughout the year. The system includes microinverters for each panel, ensuring optimal performance even when partial shading occurs from nearby trees.

The installation was completed in three days with minimal disruption to the family's routine. A mobile app allows the homeowners to track real-time energy production and consumption, helping them adjust usage patterns for maximum savings. Since activation, the system has exceeded production estimates by 8%.

This downtown office complex needed a reliable energy solution to reduce operating costs and meet corporate sustainability goals. The building management sought a system that could handle peak demand during business hours while providing backup power capabilities.

We designed a 45 kW system with integrated battery storage, allowing the building to store excess energy generated during weekends for use during high-demand weekdays. The installation required careful coordination with building operations to ensure no disruption to tenants.

The commercial-grade panels are paired with string inverters and a sophisticated monitoring system that provides detailed analytics on energy production and consumption patterns. The building now qualifies for LEED certification points and has reduced energy costs by CAD $8,200 annually.

This bungalow presented a unique challenge due to limited roof space and east-west orientation. The homeowners were concerned that their roof configuration wouldn't support an effective system, but our engineering team developed a solution that maximized available space.

We installed 16 high-efficiency panels using a split configuration across both roof sections, balancing production throughout the day. The east-facing panels capture morning sun while the west-facing array generates power during afternoon and evening hours.

The compact system includes rapid shutdown safety features and a user-friendly monitoring interface. Despite the smaller size, the installation covers 80% of the household's annual electricity consumption and has already reduced their bills by CAD $95 per month on average.

This large-scale warehouse installation represents one of our most ambitious projects. The facility operates 24/7 with significant energy demands from lighting, climate control, and material handling equipment.

We conducted a comprehensive structural analysis before installation to ensure the roof could support the weight of 300 panels and mounting hardware. The system uses commercial-grade string inverters with multiple maximum power point tracking zones to optimize production across the extensive roof area.

The warehouse now generates approximately 140,000 kWh annually, covering 65% of daytime energy consumption. The facility management has access to detailed production analytics and automated alerts for any performance issues. This installation is projected to pay for itself within 6.5 years through energy savings of CAD $21,000 annually.

A busy retail store on Bloor Street West needed an energy solution that wouldn't interrupt daily operations. The store's high electricity consumption from refrigeration units, lighting, and HVAC systems was cutting into profit margins.

We planned and executed the entire installation over a single weekend, working extended hours to ensure the store could open normally on Monday. The 38-panel system was installed with minimal penetrations to preserve roof integrity and includes a monitoring display visible to customers.

The store owner reports that the system covers approximately 60% of daily electricity needs during operating hours. The visible commitment to renewable energy has also resonated with environmentally conscious customers, enhancing the store's brand image and attracting positive media attention.

This modern home near High Park required a system that matched its sleek architectural design while providing maximum energy independence. The homeowners wanted premium components and battery backup capabilities for power outages.

We installed 30 all-black panels that blend seamlessly with the dark roof, maintaining the home's contemporary aesthetic. The system is paired with a Tesla Powerwall 2 battery that stores 13.5 kWh of energy for use during evening hours or grid outages.

The advanced setup includes smart home integration, allowing the owners to monitor and control energy usage through their existing home automation system. The combination of panels and battery storage provides complete energy autonomy during daylight hours, with stored power extending independence well into the evening. The homeowners have reduced their grid dependence by 90% since installation.