On the coast of Vancouver Island, Hakai Energy Solutions is showing how careful planning and high-quality equipment can turn a complex rooftop into a high-performing residential solar installation. Their project in Lantzville, British Columbia earned recognition in the Residential category in the annual APsystems Project of the Year Awards.

The system was designed for a large coastal home with a challenging multi-faceted roof, requiring precise array layout and detailed electrical planning to maximize solar production across multiple pitches and orientations. The completed installation includes 70 Longi LR7 450W modules, totaling 31.5 kWdc, paired with 36 APsystems DS3-L microinverters delivering 26.88 kWac. The result is a clean, organized installation built to provide reliable, high-efficiency energy generation in a demanding coastal environment.

The project began with a homeowner seeking a high-capacity solar solution to reduce grid reliance at their Lantzville property. Although the home’s roof presented design challenges, an initial site assessment revealed strong solar potential. Hakai responded with a customized system layout engineered to capture production across varying roof facets while maintaining a polished final appearance. The project also built on an existing client relationship, as Hakai had previously completed a residential solar installation for the same homeowner at another property, also using APsystems microinverters.

For Hakai, APsystems technology played an important role in making the project successful.

“APsystems DS3-L microinverters made it possible to handle multiple pitches and azimuths without production losses, thanks to module-level optimization and independent operation,” said Dawson Erskine, Marketing and Outreach Coordinator at Hakai Energy Solutions. “The integrated rapid shutdown capability removed the need for separate RSD hardware, reducing rooftop equipment and streamlining installation.”

That streamlined design carried through to the electrical room as well. Hakai noted that the AC architecture simplified wiring and allowed all circuits to be combined into a dedicated solar-only panel, improving organization, serviceability, and overall system performance.

Erskine also pointed to the broader advantages of the DS3 platform in residential applications.

“The APsystems DS3 series is a robust, easy-to-install microinverter product line,” he said. “Using dual-module architecture reduces installation time and overall system costs. The output and power conversion efficiency of the DS3 pairs well with a wide range of module capacities, and the EMA software provides a straightforward way for homeowners to access module and system-level performance.”

That visibility has translated into strong customer satisfaction. According to Hakai, end users consistently report high satisfaction with the performance of their solar systems, with module-level monitoring being especially valued for the clear insight it provides into the performance of each panel. The intuitive monitoring interface also makes it easy for homeowners to track production and system health over time.

Support has been another differentiator in Hakai’s experience with APsystems.

“Support from APsystems is consistently accessible and responsive,” Erskine added. “Over the past few years, both the products and the service have shown notable improvements, enhancing overall reliability and ease of use in solar projects.”

Hakai Energy Solutions serves residential, commercial, municipal, and off-grid markets, and the Lantzville project reflects the company’s commitment to tailored engineering and quality workmanship across every installation. By combining detailed design, clean execution, and module-level optimization, the project demonstrates how residential solar can deliver both strong performance and long-term value, even on complex coastal rooftops.

SEE OTHER WINNERS HERE

At APsystems, we believe the future of solar is built by the installers who bring advanced technology to life in communities across North America. Each year, our Project of the Year program spotlights installations that reflect thoughtful system design, technical expertise, and meaningful impact.

The 2025 Canadian submissions showcased innovation across residential, nonprofit, and commercial applications, highlighting how solar continues to grow from coast to coast. We are proud to recognize this year’s Canadian Project of the Year winners and runners-up.

Residential Project of the Year

Hakai Energy Solutions – Lantzville, British Columbia

Hakai Energy Solutions earns top residential honors for a large-scale coastal installation in Lantzville, BC. This 31.5 kWdc system spans multiple roof facets with varying pitches and orientations, requiring precise design and electrical planning to maximize output in a challenging environment.

Using APsystems DS3-L microinverters, Hakai delivered module-level optimization across complex azimuths while maintaining a clean, streamlined aesthetic. The integrated rapid shutdown capability reduced additional rooftop hardware, and the AC architecture simplified wiring into a dedicated solar-only panel. The result is a high-performing residential system built for long-term reliability in a demanding coastal climate.

Residential Runner-Up

Ready Solar – Laurence Estrada Residence, Richmond, British Columbia

Ready Solar takes residential runner-up for a 24.3 kW installation designed to offset the substantial energy use of a large family home in the Greater Vancouver area. With limited utility service availability and no dedicated electrical room for centralized inverter equipment, the project required a flexible approach.

APsystems DS3 microinverters provided the ideal solution. Module-level monitoring, rapid shutdown compliance, and a 25-year warranty delivered both performance and peace of mind. Mounted discreetly beneath the modules, the microinverters enabled a sleek finish while overcoming site constraints.

Commercial Project of the Year

Solar YYC – Headquarters Solar Awning, Calgary, Alberta

Solar YYC earns commercial honors for transforming its Calgary headquarters into a functional and architectural solar showcase. The 16 kW DC solar awning integrates 40 south-facing modules that generate renewable energy while enhancing building comfort and aesthetics.

QT2-208 microinverters were selected to address AC capacity limitations common with small three-phase string inverter solutions. The microinverter architecture allows optimal performance across array orientations and gives visiting clients a visible, real-world example of distributed solar technology in action. Designed and installed entirely in-house, the project reflects Solar YYC’s craftsmanship and commitment to leading by example.

Congratulations to all of our 2025 Canadian Project of the Year winners and honorees. Your work demonstrates how intelligent system design, reliable technology, and strong community partnerships continue to elevate the standard for solar installations across Canada.

We are proud to support installers who are building the future of clean energy.

Nonprofit Project of the Year (Tie)

This year’s nonprofit category resulted in an exceptional tie. Both projects demonstrated equal strength in technical execution, community impact, and long-term sustainability goals.

Oceanvolt Solar & EV – Thetis Island Community Center, British Columbia

Oceanvolt Solar & EV completed a 40 kW installation designed to offset nearly 100 percent of the community center’s annual energy use. Located on Thetis Island, this project reflects the region’s deep commitment to environmental stewardship and energy independence.

APsystems DS3-L microinverters enabled optimized production in coastal and variable-light conditions, while the monitoring platform provides real-time, module-level visibility. The system not only reduces reliance on mainland electricity but serves as a model for resilient energy in small communities.

Suntech Solar Solutions – Victoria Gurdwara, British Columbia

Suntech Solar Solutions delivered a 50 kW south-facing system at the Victoria Gurdwara, a Sikh temple rooted in principles of equality, service, and environmental responsibility. The project extends beyond energy generation. It supports the temple’s mission by lowering operating costs and enabling more resources to be directed back into community service, including its Langar, or community kitchen.

APsystems DS3 microinverters ensured independent panel operation for consistent production and long-term reliability. The system balances performance, cost-effectiveness, and durability, aligning renewable energy with cultural values and long-term community benefit.