Como Localizar Sombreamento com APLICATIVO cálculo sombreamento SOLAR Professor responde 2020 VEJA

DICAS PROJETO SOLAR E CURSOS

2 Aug 202007:01

Summary

TLDRIn this informative video, Alex Lima introduces a must-have mobile app for any photovoltaic system installer, whether working on grid or off-grid projects. He emphasizes the app's utility in solar tracking throughout the day, helping identify potential shading points caused by nearby trees or buildings. This is crucial for accurate system planning and optimization. Demonstrating the app on a rooftop, Alex showcases features such as live view for real-time solar path tracking, GPS-based site location, and a compass for panel orientation. He highlights the app's value in ensuring solar panels receive optimal sunlight by avoiding shaded areas, making it an essential tool for professionals in the solar energy sector.

Takeaways

📱 Alex Lima introduces an indispensable mobile app for photovoltaic system installers, focusing on solar tracking throughout the day.
🌞 The app helps identify shading points, crucial for precise solar panel installation, whether in grid or off-grid systems.
🌳 It aids in determining the impact of potential obstructions like trees or nearby buildings on solar exposure.
🛠️ Alex emphasizes the app's value for achieving accurate calculations in solar installation projects.
🔍 Through a live demonstration on a rooftop, Alex shows how the app works in identifying the sun's path and shading areas.
📍 Utilizing GPS, the app provides the user's location with latitude and longitude, ensuring accurate solar tracking.
🕒 The demonstration includes tracking the sun's trajectory, highlighting moments of potential shading from morning till evening.
🧭 Besides solar tracking, the app features a compass mode to assist with the optimal orientation of solar panels.
💡 The app, described as a paid and elite tool, is recommended for its comprehensive features in solar installation planning.
🌄 Alex concludes by reinforcing the app's utility in avoiding shading and ensuring maximum sunlight exposure for solar panels throughout the day.

Q & A

What application is Alex recommending in the video?
-Alex is recommending an application called Sun Surveyor that allows you to track the sun's path and identify areas of shade throughout the day.
How can the Sun Surveyor app assist with installing solar panels?
-The app can help determine the best placement for solar panels by identifying periods of sunlight and shade on a roof or site over the course of a day.
What information does the Sun Surveyor app provide?
-The Sun Surveyor app shows the sun's path and position, periods of sunlight and shade, a compass showing direction, the time, and the sun's azimuth angle.
What causes the app to be slightly off in terms of the sun's position?
-Alex notes the app is slightly off or "uncalibrated" due to pollution interfering with the GPS signal.
What time does the sun rise and set in Alex's location based on the app?
-According to the app, in Alex's location the sun rises around 7 AM and sets around 5 PM.
How can the app assist with identifying shading from objects?
-The app shows the sun's path, so you can see if any nearby objects like trees or buildings will shade the area at certain times.
What does Alex recommend for best sunlight duration?
-Alex recommends installing panels in an area with sun exposure from 7 AM to 5 PM to get sunlight throughout the day.
How does Alex use the compass feature?
-Alex uses the compass to determine which direction the roof is facing to properly align the solar panels to the north.
What additional services does Alex offer?
-In the video description, Alex provides information for those interested in also working in solar panel installation.
What causes interference with the app's accuracy?
-Factors like pollution and improper GPS calibration can cause the app to be slightly inaccurate in terms of showing the exact sun position.

Outlines

00:00

😀 Introducing a solar tracking app

Alex introduces a mobile app that is very useful for solar panel installers to track the sun's path during the day and identify periods and locations of shade that could impact the solar energy system. He demonstrates how the app shows a visualization of the sun's path from sunrise to sunset which allows determining optimal solar panel placement to maximize sunlight exposure.

05:01

😎 Using the app's features

Alex further explores the solar tracking app's features, including a compass that shows direction and degrees to determine panel orientation. He emphasizes how the app enables tracking the sun's movement to identify shading from buildings or terrain at different times of day for any location. Alex provides his background in solar installation and links to help others get qualified too.

Mindmap

Keywords

💡Solar Installer

A solar installer is a professional responsible for installing solar photovoltaic systems, which convert sunlight into electricity. In the video, Alex Lima introduces himself as someone who works in this field, highlighting his experience in helping over 8,000 people get qualified to work in solar energy installation. This role is central to the video's theme, demonstrating the practical application of the discussed mobile application in optimizing solar panel placements for efficient energy capture.

💡Photovoltaic System

Photovoltaic (PV) systems consist of panels and other components that convert light into electricity. The video distinguishes between grid-tied and off-grid systems, indicating that the application discussed is useful for installers of both types. This concept is key to understanding the context of the video, as the efficiency of these systems greatly depends on their exposure to sunlight, which the application helps maximize by identifying optimal placement and addressing potential shading issues.

💡Sun Tracking

Sun tracking refers to monitoring the sun's path across the sky to optimize the solar panels' exposure to sunlight. The video focuses on a mobile application that aids in this process, allowing users to identify potential shading obstacles and plan the layout of solar panels accordingly. This concept is crucial for maximizing the efficiency of solar installations, as it ensures panels receive the maximum possible sunlight throughout the day.

💡Shading Analysis

Shading analysis is the process of identifying and evaluating areas that may be shaded at different times of the day or year, potentially reducing the efficiency of solar panels. The presenter uses the application to demonstrate how to identify shading from trees or buildings, emphasizing its importance in planning solar installations. This analysis is vital for ensuring that solar panels are placed in locations with minimal shading to optimize energy production.

💡Mobile Application

The video introduces a mobile application as an indispensable tool for solar installers. This application helps in sun tracking and shading analysis, essential for planning efficient solar panel installations. By using the app's features, such as live view and compass mode, installers can make precise calculations and decisions on the placement of solar panels, ensuring optimal sunlight exposure.

💡Live View

Live View is a feature of the discussed mobile application that provides real-time visualization of the sun's path and shading patterns on the installation site. Alex demonstrates how to use this feature to assess the sun's trajectory and identify potential shading issues. This hands-on demonstration illustrates the practical benefits of the application in planning and optimizing solar panel installations.

💡GPS Localization

GPS Localization refers to the application's ability to determine the user's precise location, facilitating accurate sun tracking and shading analysis. In the video, the application uses GPS to automatically provide the latitude and longitude of the installation site, which is essential for accurately determining the sun's path relative to the site. This feature underpins the application's utility in planning solar installations.

💡Azimuth

Azimuth is an angular measurement in a spherical coordinate system, used here to describe the direction of solar panels relative to the North. The video mentions using the application to determine the azimuth for optimal panel orientation, which is crucial for maximizing solar energy capture. Understanding azimuth angles helps installers ensure that panels are correctly aligned with the sun's path.

💡Compass Mode

Compass Mode is another feature of the mobile application showcased in the video, used to determine the direction of the solar panels. By aligning the compass to the north, installers can accurately position panels. This tool is essential for optimizing the angle and orientation of solar installations, ensuring they capture the maximum amount of sunlight.

💡Energy Solar

Energy solar, or solar energy, is the focus of the video, highlighting its importance and the growing field of solar energy installation. Alex Lima discusses his role in helping people qualify to work with solar energy, underlining the industry's potential and the significance of using technology to optimize solar energy capture. The entire video is a testament to the practical applications and benefits of solar energy in today's world.

Highlights

Alex Lima introduces a must-have mobile app for any photovoltaic system installer, offering unique technical content not found elsewhere.

The app aids in solar tracking throughout the day, allowing for the identification of shading points which is crucial for precise calculation in solar panel installation.

Alex shares his experience in installing solar photovoltaic systems and assisting over 8,000 people to qualify for solar energy installation work.

A live demonstration on a rooftop lab shows how the app functions in identifying the sun's path and potential shading obstacles.

The app's 'Live View' feature is showcased, providing real-time solar positioning and shading analysis.

Alex explains how the app uses GPS for localization to offer precise latitude and longitude data for solar tracking.

A practical example demonstrates how the app predicts shading from a mountain and a water tank over the course of a day.

The app's ability to track the sun's trajectory from sunrise to sunset is highlighted, showing the importance of this feature for optimal solar panel placement.

The compass feature within the app aids in determining the optimal orientation for solar panels relative to the north.

Alex discusses the app's paid status, emphasizing its value as one of the best for solar tracking and shading analysis.

The versatility of the app is showcased, able to predict shading from hypothetical buildings and other obstructions.

Alex reiterates his contribution to the field of solar energy by training thousands to install solar panels, promoting the app as a valuable tool in this training.

The demonstration concludes with a detailed explanation of how to use the app's features for solar installation planning, including azimuth deviation and orientation adjustments.

Alex highlights the educational aspect of his video, providing a link for viewers interested in pursuing a career in solar energy installation.

The app's comprehensive functionality in solar tracking and shading analysis is emphasized as essential for anyone working in or entering the photovoltaic installation industry.