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| Power generation(yearly, monthly and daily), shadow diagrams, system diagrams, payback period, construction estimation, electric cable length calculator.
| Power generation(yearly, monthly and daily), shadow diagrams, system diagrams, payback period, construction estimation, electric cable length calculator.
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|-
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| DEKSOSFT Photovoltaics [https://deksoft.eu/en/programy/photovoltaics]
| DEKSOSFT Photovoltaics [https://deksoft.eu/en/programy/photovoltaics]
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| 93 € annualy
| 93 € annualy
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| PHOTOVOLTAICS is a specialized program for calculating electricity produced by the photovoltaic system. In the current version, these systems are supported:
| PHOTOVOLTAICS is a specialized program for calculating electricity produced by the photovoltaic system. In the current version, these systems are supported:
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Photovoltaic power plant with a converter connected to the distribution system
Photovoltaic power plant with a converter connected to the distribution system
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Photovoltaic power plant with inverter and batteries connected to the distribution system
Photovoltaic power plant with inverter and batteries connected to the distribution system
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Photovoltaic power plant with inverter and accumulation of surplus to hot water
Photovoltaic power plant with inverter and accumulation of surplus to hot water
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Photovoltaic power plant designed exclusively for hot water heating
Photovoltaic power plant designed exclusively for hot water heating
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| The calculation step is 10 minutes
| The calculation step is 10 minutes
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User-selectable details for entering the power consumption profile and the efficiency of each element
User-selectable details for entering the power consumption profile and the efficiency of each element
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Possibility to evaluate the solar panel shading using the program 3D EDITOR
Possibility to evaluate the solar panel shading using the program 3D EDITOR
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Detailed view of results using DesignBuilder Results Viewer
Detailed view of results using DesignBuilder Results Viewer
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Detailed calculation of hot water storage to optimize the load for two cases of technical solution (bivalent tray, two separate trays)
Detailed calculation of hot water storage to optimize the load for two cases of technical solution (bivalent tray, two separate trays)
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| Energy production and savings.
| Energy production and savings.
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