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Niagara 4 Solar
With ALVASSI-DR-SOLAR, estimating solar production has never been easier. Utilize precise predictions based on your location and the specifications of your solar panels to maximize your energy production. Whether for public, personal, or professional use, our API models provide the appropriate data access for your needs. Gain comprehensive insights into daily and periodic watt-hours. Make your solar forecasts accurate and reliable! Here is an example of using the API inputs: Location: Latitude, Longitude Panel Orientation: Tilt, Azimuth Installed Module Power: in kW API Outputs: Watt: Hourly output Watt-hours per period: Hourly output Watt-hours: Hourly output Watt-hours per day: One value per day These parameters provide you with customized predictions for solar production at your specific location. The API delivers detailed data on expected watts and watt-hours per day, as well as for periods (Today and Tomorrow).
PRICE: $200.00
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estimating solar production
With ALVASSI-DR-SOLAR, estimating solar production has never been easier. Utilize precise predictions based on your location and the specifications of your solar panels to maximize your energy production. Whether for public, personal, or professional use, our API models provide the appropriate data access for your needs. Gain comprehensive insights into daily and periodic watt-hours. Make your solar forecasts accurate and reliable! Here is an example of using the API inputs: Location: Latitude, Longitude Panel Orientation: Tilt, Azimuth Installed Module Power: in kW API Outputs: Watt: Hourly output Watt-hours per period: Hourly output Watt-hours: Hourly output Watt-hours per day: One value per day These parameters provide you with customized predictions for solar production at your specific location. The API delivers detailed data on expected watts and watt-hours per day, as well as for periods (Today and Tomorrow). This enables you to optimally plan an
Installing the alvasysSolar Service
The first step of the driver configuration is the installation of the alvasysSolar Service under the station running in the JACE/HAWK unit.
Configuring the Parameters
To proceed with this task, right click on the AlvasysForcast (just dragged to station Services) and open its! Enable: true activate forecast Service Update Period: 1h in one hour you can only ask the service 12 time per IP address! Last Update: (time) information when the service has updated the value. Last Failure last message error +41 (0)44 261 00 70 info@alvasys.ch / www.alvasys.ch / www.alvasys.de alvasys automation ag / Hermetschloostrasse 75 / CH-8048 Zürich Latitude: of location, -90 (south) … 90 (north); handeled with a precission of 0.0001 or abt. 10 m Longitude: of location, -180 (west) … 180 (east) handeled with a precission of 0.0001 or abt. 10 m Dec: plane declination, 0 (horizontal) … 90 (vertical) - always in relation to the earth's surface Az: plane azimuth, -180 … 180 (-180 = north, -90 = east, 0 = south, 90 = west, 180 = north) Kwp: installed modules power in kilo watt; float Latitude and Longitude information from https://www.google.ch/maps
Details
License update for all JACE8000/MAC36/Supervisor TCP/IP.
With ALVASSI-DR-SOLAR, estimating solar production has never been easier. Utilize precise predictions based on your location and the specifications of your solar panels to maximize your energy production. Whether for public, personal, or professional use, our API models provide the appropriate data access for your needs. Gain comprehensive insights into daily and periodic watt-hours. Make your solar forecasts accurate and reliable!
Here is an example of using the API inputs:
Location: Latitude, Longitude
Panel Orientation: Tilt, Azimuth
Installed Module Power: in kW
API Outputs:
Watt: Hourly output
Watt-hours per period: Hourly output
Watt-hours: Hourly output
Watt-hours per day: One value per day
These parameters provide you with customized predictions for solar production at your specific location. The API delivers detailed data on expected watts and watt-hours per day, as well as for periods (Today and Tomorrow). This enables you to optimally plan an
Requirements
N4.7 +
