Everyone

Torsten Hoffmann

Lollipop

SunCalc is a web-based application that allows users to analyze the position of the sun at any given time and location. It provides critical information such as the sun’s path throughout the day, including sunrise, peak altitude, and sunset times. Users can access SunCalc on various platforms, including the Android platform, making it easy to download the app for mobile use.

This app serves as a valuable tool for individuals interested in solar positioning. With features that display the azimuth and altitude of the sun, users can understand how these factors change throughout the day. The azimuth indicates the compass direction of the sun, while altitude refers to its height above the horizon. These measurements are essential for anyone working with solar energy, gardening, photography, or simply enjoying outdoor activities.

SunCalc also includes a shadow length calculator, which is particularly useful for those needing to plan outdoor events or installations. By providing the length of shadows cast by objects at different times of the day, users can make informed decisions about placement and timing. This feature is beneficial for photographers seeking the perfect lighting conditions for their shoots or for individuals looking to optimize the sun's path for solar panels.

The app is configured on an interactive map, allowing users to select any location globally. This geographical flexibility means that individuals can observe the sun’s path and related data, regardless of where they are. Users can input specific coordinates or simply navigate the map to find their desired location. This capability adds a layer of personalization to the app, enabling tailored analyses based on user needs.

In terms of usability, SunCalc is designed with an intuitive interface that makes navigation straightforward. Users can easily switch between different times of the day to see how the sun's position changes. The app allows for a seamless experience, as users can interactively explore various times and locations without any complicated processes. This ease of use contributes to the app's accessibility for a wide range of users.

For those interested in specific solar events, SunCalc marks important occurrences such as solstices and equinoxes. This feature is particularly beneficial for individuals who observe celestial events or participate in activities that depend on the sun's position. By providing historical and future data, the app becomes a useful reference tool for planning around these significant solar dates.

In addition to its practical applications, SunCalc can also serve educational purposes. Students and educators can utilize the app to demonstrate principles of astronomy and earth sciences. By visualizing how the sun's position varies with time and location, users can gain a deeper understanding of the concepts of solar angles, time zones, and seasonal changes. This educational aspect broadens the potential user base, appealing to both casual users and those in academic settings.

The app’s design emphasizes simplicity and clarity, ensuring that the information presented is easy to interpret. Graphical representations of the sun’s path, along with shadow lengths, help users visualize the data effectively. The straightforward presentation of information enhances user comprehension, making it easier to apply the insights gained from using the app.

Another important aspect of SunCalc is its relevance to various professional fields. Architects and landscape designers can benefit from the sun position data to create designs that maximize natural light and energy efficiency. Similarly, outdoor event planners can use the app to schedule activities at optimal times, ensuring that participants enjoy the best lighting conditions.

Moreover, the app supports users in making environmentally conscious decisions. By understanding solar angles and potential sunlight exposure, individuals can optimize their energy consumption and make informed choices about energy use. This feature aligns with growing interests in sustainability and renewable energy solutions.

Users can access SunCalc on the Android platform, making it convenient for those on the go. The ability to download the app ensures that vital information about solar positioning is always available at a user's fingertips. This accessibility is particularly useful for outdoor enthusiasts, travelers, and professionals who require real-time data for their activities.

SunCalc encompasses a range of features that cater to diverse interests and needs. With its ability to provide detailed information about the sun's path, shadow lengths, and solar events, the app stands out as a practical tool for both personal and professional use. The interactive map and user-friendly interface contribute to its effectiveness, making it a valuable resource for anyone exploring the dynamics of solar positioning. 

By combining functionality with a clear design, SunCalc offers users a comprehensive understanding of how the sun influences their environment and activities. Its availability on the Android platform allows for easy access, making it a noteworthy addition to the toolkit of anyone interested in solar analysis.

SunCalc org

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