Answers About Our Solar Panels, Technology, and Installation

Our panels are built using a three-dimensional design, which increases the surface area for photon conversion within the same footprint. Combined with reflective surfaces and strategic cell grouping, this allows for more wattage output per square yard — often exceeding 100 watts. Traditional flat panels rely on single-pass light impact and shut down under shading. Ours continue producing.Describe the item or answer the question so that site visitors who are interested get more information. You can emphasize this text with bullets, italics or bold, and add links.

Yes. Our panels are designed to maintain output in low-light conditions, thanks to their internal reflection, optimized light angles, and series-parallel wiring. While output may reduce under heavy cloud cover, the system won’t shut down like conventional panels often do when shaded.

They are ground-mounted only. Our technology includes a dual-axis solar tracking system that must rotate freely throughout the day to maintain alignment with the sun. Roofs typically do not allow for this level of motion or control. If you have yard space, a field, or open land, your property is likely compatible.

Our system uses a dual-axis tracker aligned to geodetic coordinates, not just GPS or basic light sensors. This allows for precise solar positioning that adjusts throughout the day, seasons, and even over decades of use — maximizing efficiency and accounting for long-term cell aging.

Output depends on configuration, cell type, and light conditions. However, our panels have demonstrated output of 100+ watts per square yard, which is significantly higher than traditional panels (often 24% efficiency or lower). A 9-panel array can produce 1kW or more, while a 25-panel array can exceed 3kW in optimal sunlight.

Our systems are built for 60 to 100+ years of performance. Unlike many commercial systems with a 25-year lifespan, our panels are constructed with long-term durability and consistent tracking. Over time, their output remains stable because of real-time alignment adjustments and lower cell stress from heat buildup.

Yes, but they deliver more power and last significantly longer. For example, a conventional 12kW rooftop system may cost $20,000 and cover 842 square feet, while our 324 square foot system averages 82% efficiency and is rated for several decades longer. The total cost per watt over time is often lower with Biventionsolar.

Our systems are ground-mounted, so you’ll need a stable, relatively flat area with southern sun exposure (Northern Hemisphere). Permitting requirements vary by local jurisdiction, and we can advise you or your contractor on what’s needed for Ohio and surrounding states.

We provide full system design, hardware, and support, and we can coordinate with your local contractor or technician for installation. If you’re located in or near Ohio, we can recommend experienced professionals familiar with our systems. Installation guides and alignment tools are included with every order.

Very little. Biventionsolar systems require basic periodic inspection of moving parts, panel alignment, and weather-related adjustments. Our tracking systems are built for durability, but like all mechanical systems, annual servicing is recommended. Most users perform basic maintenance themselves or hire a local technician once per year.

Yes. Our systems can be configured for off-grid use with batteries, hybrid systems, or grid-tied installations. We’ll help you select the right inverter and components for your setup.

Absolutely. Our systems are well-suited for farms, commercial facilities, rural installations, and large-scale custom projects. They perform especially well in areas where space is available but roof space is limited or unsuitable.

Yes — while we are based in Ohio, our systems can be installed anywhere with adequate sunlight and space. Tracking alignment can be calibrated for any latitude. We’re actively working with early adopters across the Midwest and beyond.