Solar Shading Software
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based in USA
Any scientific analysis requires accurate input and careful calculations. The Solar Pathfinder and Assistant PV Software provide mathematical precision for accurate shading assessment (solar site analysis) by eliminating gross errors in structure orientation, solar system sizing, and PV/collector placement. The Assistant PV ...
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based in USA
Basic Features: Computes monthly sunpaths for specific latitude, Contains World weather data (WMO/NREL), Enhanced exports capabilities (.pdf, .csv, jpg, etc.), Imports into other software, Computes Optimal Orientation for given shading, Maintains Report Health Diagnostics, Uses English or Metric Units, Generates fully customizable reports ...
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based in AUSTRALIA
olar Design & CRM Software for fast-growing solar businesses. Design compelling solar proposals in under 2 minutes. Hi-res imagery included for $0 Monthly Fees. ...
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based in USA
Any scientific analysis requires accurate input and careful calculations. The Solar Pathfinder and Assistant provide mathematical precision for accurate shading assessment (solar site analysis) by eliminating gross errors in structure orientation, solar system sizing, and PV/collector placement. The Solar ...
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by OpenSolarbased in AUSTRALIA
The simplest, fastest, most accurate 3D design tool available, for free - anyone on your team can create trusted, bankable proposals in minutes ...
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based in CZECH REPUBLIC
PHOTOVOLTAICS is a specialized program for calculating electricity produced by the photovoltaic system. In the current version, these systems are supported: Photovoltaic power plant with a converter connected to the distribution system. Photovoltaic power plant with inverter and batteries connected to the distribution system. Photovoltaic power plant with inverter and accumulation of surplus to ...
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by Folsom Labsbased in USA
While each array is unique, advanced performance modeling follows a standard approach for calculating the energy production of an array. The process begins with data on the environmental conditions, then calculates the irradiance that will be collected by the solar modules, then computes the performance of the solar modules, and finally ...
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