Case Study: Turning Complex Roofs Into Clean-Energy Producers — The Logan Station Solar Project

Case Study: Turning Complex Roofs Into Clean-Energy Producers — The Logan Station Solar Project

At Universal Renewables, our mission has always been clear: engineer solar solutions where others see limitations. The Logan Station project is a prime example of how innovative design, strategic engineering, and a commitment to sustainability can transform even the most challenging rooftop environments into high-performing solar assets.

The Challenge

Logan Station presented a uniquely complex scenario:

• A wood-truss roof structure

• Over 140 rooftop units—including HVAC, vents, and mechanical equipment

• Rooftop obstructions reaching heights of up to 8'1"

• Limited usable surface area for traditional racking systems

For many installers, this configuration would significantly reduce solar potential—or eliminate feasibility entirely. But the client’s commitment to renewable energy pushed the project forward, and our team was ready to deliver.

The Solution

Universal Renewables engineered a fully customized solar design that worked with the rooftop, not against it. Through advanced modeling and strategic racking configurations, we maximized every usable inch while maintaining structural integrity and system performance.

Our approach turned a constrained surface into a productive energy asset—proving that creativity and engineering excellence are key drivers of solar success.

A Real-World Example: Solar Canopies in Multifamily Buildings

Beyond Logan Station, Universal Renewables continues to innovate with solutions that enhance power generation in space-restricted environments. One standout example comes directly from a happy client:

“Universal Renewables installed a rooftop canopy to our condominium building. This approach allowed two significant advantages for our relatively small multifamily building… great coverage and total panel area, because they didn’t need to work around the various air-conditioning units/heat pumps, but over them; and it allowed for the bifacial solar panels to capture reflected light from the underside. All this improves our electrical production and efficiency — more kilowatts per total roof area. As a side benefit, the canopy approach provides shade protection to our roof and the related HVAC systems.”
— Steve, Condo Board Member

This testimonial highlights what we believe in: innovative solar architecture creates value far beyond energy production.

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