Tech Chat | Simplifying Photovoltaic Stake-Out with SingularPad

As solar energy continues to gain popularity, the construction of photovoltaic (PV) power stations is becoming more widespread. However, installing solar panels is far from simple. For each PV panel, 4 - 8 foundation piles must be accurately staked out before installation. This task becomes even more challenging in mountainous regions, where the terrain and slope complicate calculations. Traditional manual methods, prone to errors and rework, are often inadequate, leading to increased costs and delays. To overcome these challenges, leveraging advanced stake-out functions in software like SingularPad is essential.

In this blog, we will walk you through a step-by-step guide on conducting an efficient and accurate photovoltaic stake-out using SingularPad, ensuring your projects are executed with precision, regardless of the terrain.

Photovoltaic Design Template

Understanding the basic structure of the photovoltaic stake-out method is crucial. In the diagram below, the rectangle represents the PV panel that needs to be staked out, with two points marking the head pile and the tail pile. Using these points coordinates, you can determine the length, width, and arrangement of stake-out points necessary for the accurate placement of the panel.

Step 1: Import the Photovoltaic Design File

To begin, open the SingularPad software on your controller and navigate to the Photovoltaic Stake function. Follow these steps to import the design file:

Step 2: Set the Boundary for the Photovoltaic Panel

After successfully importing the design file, the next step is to survey the "Start" and "End" points according to the design specifications:

1. Click Start to switch to the start point, then click  to survey the start point.

2. Click End to switch to the end point, then click to survey the end point.

Step 3: Design Your Photovoltaic Panel

With the start and end points surveyed, input the necessary parameters according to the actual project needs. The software will automatically generate the midpoint for the photovoltaic panel based on these inputs. Here are the key parameters:

• Length (3D): The distance from the start point to the end point.
• Number of Segments: The number of segments into which the photovoltaic panel is divided along the A-B direction.
   - Equal: Each point is generated at equal intervals.
  - Unequal: Intervals are customized between each point.
• Single Row: Generates stake-out points along the A-B direction.
• South Row/North Row: Arranges stake-out points according to the specified row distance.
• Row Distance: The interval at which stake-out points are generated by row.

Step 4: Conduct the Photovoltaic Stake-Out

Once all parameters are set, you can proceed to stake out the generated midpoints:

1. Follow the stake-out indicator panel to locate each midpoint.

2. Click  to jump to the next midpoint, or click  to return to the previous one.

Repeat the process from Step 1 to Step 3 to stake out all photovoltaic panels required for your project.

Accurate photovoltaic stake-out is critical to ensuring the success of your solar energy projects, especially in challenging terrains. By following this step-by-step guide and utilizing the capabilities of SingularPad software, you can achieve precision in your stake-out tasks, minimizing errors and maximizing efficiency. Whether you're working on flat or mountainous terrain, these methods will help streamline your workflow and enhance project outcomes.

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