15 packages returned for Tags:"solar"

Calculates the sunrise and sunset for a given date and location (using Geographic Coordinates). This library uses the method outlined NOAA Solar Calculations Day spreadsheet found at... More information

A simple library designed to assist with geographic coordinate conversions, formatting and location based solar and lunar information.

A library for reading realtime data from Fronius Inverters

A .NET wrapper library built around the API of the popular service PVOutput.org.

.NET library for calculating sun/moon positions and phases. Ported from the SunCalc JavaScript library.

AstroAlgo is an astronomical algorithms library, written in .NET Core. It can be used to calculate astronomical data, like equator and ecliptic coordinate, planet rise and set time, elevation angle and so on.... More information

NuGet package for functionality for estimating profits/losses given a solar array proposal. The package attempts to answer the question of "With a proposal of x kw generation/year, at y per month, for z years,... More information

This class library provides a way to call the Sonnen Portal RESTful JSON interface. It encapsulates all authentication, retry and parsing logic and provides a strongly typed method interface.

[JAVASCRIPT library]Convert Solar Hijri date time to Gregorian date time and the other way around

Port of the code from http://www.praytimes.org into dotnet library. Muslims perform five prayers a day. Each prayer is given a certain prescribed time during which it must be performed. This library provides... More information

Convert Gregorian date to Kollavarsham date and vice versa (Stability: Stable)

A package for modbus communication to SMA Solar inverters via sunspec interface

Convert between DateTime and DateLunar: For example: DateTime solar = new DateTime(2022, 10, 20); DateLunar lunar = solar.ToDateLunar(); Console.WriteLine(lunar.ToString()); // 25/09/2022

With this package you can convert units of area, time, electric current, length, pressure, temperature and time.

Computes the analytic solutions published by G. Francou and J.-L. Simon of the Paris Observatory. For a given date and time from -4000 to +8000, returns the position and velocity of any planet 1-9 using VSOP or... More information