Stephen Sopher — 4267 Huronia Rd, Severn

Project summary

Sunvibe designed and installed a residential solar PV system for Stephen Sopher in Severn, Ontario, using 15 Trina 390W solar modules on the property's existing metal roof. The 5.85 kW DC system was paired with a 6 kW Fronius Primo inverter and SolarEdge P505 power optimizers, creating a compact, high-performance rooftop system designed around the property's available space and energy requirements.

Project Overview

The Severn project was designed around a 5.85 kW DC solar array consisting of 15 Trina 390W solar modules.

Sunvibe paired the array with a Fronius Primo 6.0-1 inverter rated at 6 kW and incorporated SolarEdge P505 power optimizers into the system design.

Based on the project design, the system was estimated to generate approximately 8,393 kWh of electricity annually.

The result was a residential solar solution that combined efficient module utilization, inverter capacity and module-level optimization within a carefully coordinated rooftop installation.

The Challenge

The project required an efficient solar design that could maximize generation from the available residential roof area.

Key challenges included:

• Designing around an existing metal roofing system

• Establishing a secure, weather-conscious mounting approach

• Optimizing the available roof area for 15 modules

• Coordinating the PV layout with the property's existing electrical conditions

• Maintaining a clean, professional installation while preserving the roof system

The Solution

SunVibe delivered a residential solar PV system consisting of:

• 5.85 kW DC solar PV system

• 15 × Trina 390W solar modules

• 6 kW Fronius Primo 6.0-1 inverter

• 15 × SolarEdge P505 power optimizers

• Approximately 8,393 kWh estimated annual production

• Residential rooftop solar installation

• Complete system design, sales and project coordination by SunVibe

The completed project demonstrates how SunVibe combines system design, equipment selection and project coordination to create residential solar installations tailored to the specific property.