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Explore Frequently Asked Questions & Answers
How is a solar roof different from traditional solar panels mounted on top of a roof?
- Today, photovoltaic (PV) technologies focus on maximizing efficiency and reducing costs. It is broken down in these Key Areas;
- Advanced Solar Cell Technologies
- Module Innovations
- System-Level Technologies
- Material Trends
Monocrystalline Silicon (Mono-Si): The highest efficiency, standard for residential and commercial, usually with a dark, uniform appearance.
N-type Topcon & HJT (Heterojunction Technology): Emerging, highly efficient cells (22-24%+) designed for better performance in high temperatures and low-light.
Perovskite Solar Cells: A groundbreaking, highly efficient emerging material for tandem cells, promising high efficiency (up to ~25% in lab settings).
Thin-Film Photovoltaics: Includes Cadmium Telluride (CdTe) and CIGS; lightweight, flexible, and often used in specialized or industrial projects.
Bifacial Solar Panels: Generate power from both sides, capturing reflected light, making them a top innovation for 2025/2026.
Solar Roof Tiles (Shingles): Integrated into buildings (BIPV) for improved aesthetics.
Half-Cut Cells: A manufacturing technology that cuts cells in half, reducing resistance and improving performance.
Maximum Power Point Tracking (MPPT): Critical in inverters to optimize power output.
Floating Solar Systems (Floatovoltaics): Large-scale systems placed on water bodies.
2000V DC Systems: Moving towards higher voltage inverters for lower costs.
AI & Machine Learning: Integrated to monitor and optimize performance, and for predictive maintenance.
Energy Storage Systems: Key for storing daytime energy for night use.
Polycrystalline (Poly-Si): Cheaper, less efficient alternative to monocrystalline.
Organic Photovoltaic Cells: Used in flexible, light-weight applications.
Roof + Solar in One System
Yes, Montana Integrated Solar Roofing will replace your existing roof and optimally the electricity that you purchase. The roof and the solar are one. These space-age solar cells combine with metal roofing to be a 2in1 Roofing Solution. A properly installed standing seam roof will strengthen or maintain the structural integrity of your home and buildings. The added weight of PV Cells is minimal and spread out equally. This roof may be the last roof that you invest in.
Space-Specific Advantages
Stowability
resilient to intense radiation
Very little—ideally none.
Traditional solar systems are mounted on top of a roof using racks, rails, and hardware. Those systems can require periodic inspection and maintenance over time.
A solar roof works differently. The solar and the roof are one system.
High-efficiency solar cells are integrated directly into standing seam metal roofing panels, creating a 2-in-1 roofing system that protects your home and generates power at the same time.
There are no bulky panels sitting on top of your roof and no mounting hardware to maintain.
From a homeowner’s perspective, it behaves like a durable metal roof—while quietly producing electricity every day.
And the real-time energy production is impressive.
Built for Montana Weather
- Yes, it is designed for Montana’s snow, wind, and cold weather conditions. PV is about light rather than heat. As long as there is light (even moonlight) the cells will produce energy. Oftentimes, snow on the ground and your surroundings will reflect light onto your roof increasing production. As far as the energy that is produced with BIPV there is no better place to be than Montana.
Yes. While winter days are shorter, Montana residents enjoy, on average, 220 days of clear and sunny skies. Being located on the 45th parallel is generally considered an excellent, high-performance location for solar energy in North America. The reason why is because of an optimal tilt angle or relation to the sun.
A common rule of thumb is for the panel tilt angle to be equal to your latitude. Therefore, at 45°N, a tilt of 45° from horizontal provides excellent, balanced, year-round performance. Your typical 4:12 – 6:12 roof pitch is ideal for maximizing winter production while the sun is lower in the sky.
Very little—ideally none.
Traditional solar systems are mounted on top of a roof using racks, rails, and hardware. Those systems can require periodic inspection and maintenance over time.
A solar roof works differently. The solar and the roof are one system.
High-efficiency solar cells are integrated directly into standing seam metal roofing panels, creating a 2-in-1 roofing system that protects your home and generates power at the same time.
There are no bulky panels sitting on top of your roof and no mounting hardware to maintain.
From a homeowner’s perspective, it behaves like a durable metal roof—while quietly producing electricity every day.
And the real-time energy production is impressive.
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Service Area:
Yellowstone, Big Horn, Carbon, Musselshell, Sweet Grass, Stillwater, and Treasure Counties