11/16/2023 0 Comments Solar roofs solar panels![]() ![]() We will do all we can to make your new system fit your roof as well as your needs. ![]() In fact, sometimes we have to break up your array into multiple sections. We work around different roof types, dormers, vent pipes, chimneys, and even skylights. But luckily we design solar energy systems for all kinds of configurations. That’s because a nice, clean rectangular roof is not that common here in New England. Square footage is length times height, so a 15’ x 30’ roof has 450 square feet.īut of course life is rarely that simple. a 7.5-kW system of roughly 22 panels) can be installed on a 450 square foot roof. A residential solar system sized to meet that demand (e.g. The heaviest users are in Connecticut with an average of 8,676 while Maine residents use just 6,612. Can solar panels fit on my roof?Į reports that the average home in New England uses approximately 7,412 kW hours of electricity per year. Together they should help you assess not only your own roof, but perhaps some of your friends as well. Here are some questions to ask, from the most basic (will the panels fit) to the complex (best direction, angle and impact of shading?). Their enthusiasm is exceeded only by their disappointment if we tell them that their projected return isn’t that good because their roof is far less than ideal. Since satellite imagery is updated quite frequently and has global coverage, THOR stays up to date and scales better than solutions which use data sources that are less frequently updated or gathered in a standardised way.Īs a deployed service, THOR provides users with a simple and intuitive GUI that offers the following functionality:Įstimating which solar power producing roof solution is the most reasonable based on:įor solar roof manufacturers and installers, THOR may be integrated into existing sales pipelines such as e-commerce platforms, manufacturing, scheduling and logistics information systems.We get many enthusiastic calls and emails from people ready to get solar installed on their roofs. The system also predicts the solar power production potential for each roof using defined parameters. For each roof face, the rough shape, area, azimuth, and pitch are calculated using dedicated machine learning models. THOR processes satellite imagery, along with other geographical data, to identify individual buildings and each roof segment of the building. With quick and timely information provided by THOR, it is easy to calculate both investment size and return on investment. Power – a calculator estimates approximate solar power production for a roof ![]() Roof orientation – solar panel production depends on the ideal panel direction Roof pitch – solar panel production depends on panels’ angle to sun Roof size – roof geometry and measurements THOR offers a way to automatically generate information about: THOR mitigates this problem by making roof information available to homeowners and solar roof providers with just a few clicks in a web application. This results in customers discontinuing the process and the manufacturer losing a potential sale. ![]() Since the process is manual, it is expensive and time consuming. The process normally involves the following steps:Ĭalculate the pitch of the roof (where applicable)Ĭalculate solar power production based on roof data Until now this process has been cumbersome, slow, and not user friendly. THOR - Tellurian Holistic Object Recognition) is to automate the process of selecting a building’s roof as a candidate for the installation of solar panels and to estimate associated costs.īefore making an investment decision for the installation of roof-mounted solar panels, homeowners are normally interested in knowing the cost and return on investment. The main objective of the Roof Solar Panel Calculator (a.k.a. ![]()
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