Can you open a construct 3 file in construct 2

Input it to 'systemSize' input of 'PV SWH system size' component to see how much area it would require. Optimal PV system size (optimal total size of the PV array) for a given PVsurface's tilt, array and 'ACenergyDemandPerHour '. Set to 'True' to calculate optimal PVsurface area.ДЄn optimal PVsurface area will cover 100% of the of the annual electricity load ('ACenergyDemandPerHour_'). If not supplied default value of 29 (perc.) will be used. If not supplied default value of 30 (years) will be used.ДЄn average primary energy to electricity conversion efficiency.

In kg CO2/m2 (kilogram of CO2 per square meter). If not supplied default value of 225 (kg CO2/m2) will be used. If not supplied default value of 4410 (MJ/m2) will be used.Д¬arbon emissions produced during PV module's life-cycle per square meter. If not supplied, 0.15 $/kWh will be used as default value.Д®nergy necessary for an entire product life-cycle of PV module per square meter. The cost of one kilowatt hour in any currency unit (dollar, euro, yuan.) If nothing inputted, this input will be neglected (there is no required electrical energy). Required electrical energy used for any kind of load: heating, cooling, electric lights, solar water heating circulation pump etc.ДЇor example, any of the Honeybee's 'Read EP Result' outputs can be inputted in here. Import 'cellTemperaturePerHour' output data from 'Photovoltaics surface' component. Import 'totalRadiationPerHour' output data from 'Photovoltaics surface' component. Import 'ACenergyPerYear' output data from 'Photovoltaics surface' component.

module material: crystalline silicon (c-Si).

If not supplied, the following PV module settings will be used by default: Use the 'Simplified Photovoltaics Module' or 'Import Sandia Photovoltaics Module' or 'Import CEC Photovoltaics Module' components to generate them. If not supplied, default value of 100 percent (all surface area will be covered in PV modules) is used.ДЄ list of PV module settings. For example, this may include having setbacks(distances) of approximatelly 90cm from side and top edges of a roof, as a fire safety regulation. Some countries and states, have local codes which limit the portion of the roof, which can be covered by crystalline silicon modules.

The percentage of surface which will be used for PV modules (range 0-100). Or create the Surface based on initial PV system size by using 'PV SWH system size' component.Surface normal should be faced towards the sun. If you have a polysurface, explode it (using 'Deconstruct Brep' component) and then feed its Faces(F) output to _PVsurface. Input planar Grasshopper/Rhino Surface (not a polysurface) on which the PV modules will be applied.Use this component to calculate various Photovoltaics performance metrics

Can you open a construct 3 file in construct 2