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Hello, do you still experience this issue? It seems the grid square size is huge (500m). Can you please zoom in untill you get 1m ?
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Hello, the difference between the axis tilt of the field and the average orientation it belongs to is higher than the default tolerance for this parameter. You can adjust this tolerance in the advanced parameters. To find it, use the search filter and type 'tilt'. The relevant parameter in this case is 'Tracking: maximum axis tilt spread'. You can set this tolerance to 13
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Hello, to better assist you, please send your project to support@pvsyst.com
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Hello Niken. Thank you for submitting this observation. We're going to investigate this and if we can confirm the issue, we will fix it as soon as possible. Don't hesitate to request update directly at support@pvsyst.com. Regards UPDATE: please send both projects PVsyst 7.4 and 8.0.6 since we need the definition of the subarrays to have modules dimensions
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Error for two orientation when importing virtocad PVC file
Jéremie Bernier replied to sherry's topic in Shadings and tracking
Hello, the orientation has been created by PVsyst when you imported the PVC file. You have to define the system part for each orientation. If you need specific guidance, please send the zip file of your exported project to support@pvsyst.com -
Hello, It's difficult to understand clearly the situation with these screenshot. Please send your project to support@pvsyst.com so we can better assist you
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Hello, Averaged orientations have a fixed tolerance on the maximum angles difference between the fields planes and the orientation's tilt and azimuth. This means for example that the field #12175 in your scene has a difference of 8.4° with its averaged orientation. When this value is above a certain threshold, PVsysts considers that the computations will be less relevant. You have 2 options: - move some fields in a new orientation: select fields in the Scene objects list, right click on the selection and click on 'Create orientation from the selection' - increase the tolerance 'Maximum orient. difference for defining average (spread) orientation' in 'Other limitations' tab of the project settings
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Shading scene import with variations in Slopes of Trackers
Jéremie Bernier replied to Vamsee's topic in Shadings and tracking
Hello Vamsee. The 12" elevation of one of the tracker will not cast additional shade on other trackers if that is your concern. -
Automatic altitude. Modules are not adjusting to terrain elevation.
Jéremie Bernier replied to HuHu's topic in How-to
Hello, the irregularities of the terrain makes it difficult to adjust exactly the fields on it. Please increase 'Distance to ground' progressively untill the result is satisfactory. -
Importing a PVcase 3D scene (Trackers)
Jéremie Bernier replied to AdelB's topic in Shadings and tracking
Hello. It means that in your scene, 179 tables have their dimensions defined 'By the sentitive sizes' instead of 'By modules'. Please refer to the following help page: https://www.pvsyst.com/help/project-design/shadings/near-shadings-3d-construction/object-types/pv-fields.html#table-size-page -
How to attribute orientation in 3D scene
Jéremie Bernier replied to Irakli Bezhuashvili's topic in How-to
Hello Irakli. You have to set orientation in 'Basic parameters' tab of your shed fields. Or you can use the 'List and management of objects' tool, select the fields and change value in orientation column. -
Hello. For some reason no PV field is attached to your system orientation. If you need help to fix that, please send your 3d file and your exported project as zip to support@pvsyst.com
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Hello Alexander. To better assist you, could you please send us (support@pvsyst.com) your project containing your intial dome configuration. Then we will try converting them to fixed tables and figure out what's the problem. Thanks
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Hi. Please consider following pages that may help you in understanding how to match your design with the system layout: https://www.pvsyst.com/help/project-design/shadings/near-shadings-3d-construction/object-types/pv-fields.html https://www.pvsyst.com/help/project-design/orientations-in-v8/system-and-3D-attributions.html?h=definition