Optimización del diseño solar

Optimization of solar design: how to avoid shading losses and maximize energy production

Blog » Diseño y tecnología fotovoltaica » Optimization of solar design: how to avoid shading losses and maximize energy production

Designing a solar photovoltaic system involves more than just selecting the best solar panels; it also requires optimizing every aspect of the installation to ensure maximum efficiency and profitability. One of the greatest challenges faced by solar installers and developers is shading, which can significantly reduce energy production if not properly managed.

In this article, we will explore how to avoid shading and maximize energy production through optimized solar design.

How shading affects energy production in solar installations

An efficient solar design is essential for obtaining the maximum output from a photovoltaic installation. Poor design that neglects factors like shading or improper panel orientation can drastically reduce energy production, affecting the project’s profitability.

Shading can be one of the main obstacles to a photovoltaic system’s efficiency. Even a small amount of shade on one solar panel can impact the entire chain, reducing the energy output of the entire system. If this issue is not taken into account, the panels’ performance will suffer, as a shaded panel limits the output of all panels connected in series.

Another concern is that shading can cause long-term damage to the modules if not properly managed. Persistent shading on a panel can increase its temperature, leading to hot spots that decrease its lifespan.

Strategies to avoid shading in solar design

When installing a new solar panel system, simply choosing a location is not enough. Several points need to be evaluated, and a series of strategies should be followed to achieve the best results. Below are the key strategies to follow for optimal outcomes:

Location analysis and site study

Before installing any system, a thorough analysis of the site must be conducted. This analysis includes a study of the location, orientation, and potential obstacles that could cast shadows, such as buildings, trees, or chimneys.

Using tools like Ezzing Design helps anticipate these issues and adjust the design to minimize shading.

Optimal layout design of solar panels

The correct layout design of solar panels can significantly impact energy production. Properly spacing the panels, adjusting their tilt, and ensuring they are oriented in the right direction are crucial steps to avoid unnecessary shadows.

Seasonal variations should also be considered to ensure the panels are optimized to capture the maximum amount of sunlight throughout the year.

Choosing technology to mitigate shading

In cases where shading cannot be completely avoided, choosing the right technology can help minimize its impact. Power optimizers and microinverters allow each panel to operate independently, so if one panel is shaded, it does not affect the performance of the others.

Technological tools to optimize solar design and avoid shading

Technological tools are incredibly useful for analyzing the optimal placement of panels and ensuring maximum performance. Below are some of their advantages:

Using simulation software to design efficient solar systems

Simulation tools are essential for designing shade-free systems. Ezzing Design enables designers to predict the solar system’s behavior at different times of the year, identify shadows, and adjust the design accordingly to optimize it from the planning phase.

Implementing technology to increase energy production

Beyond simulations, implementing technologies like optimizers can further increase system efficiency.

Through a thorough site analysis, appropriate panel layout design, and even the use of advanced technologies, the system can be ensured to operate at maximum capacity. Request your Ezzing Design demo today and discover how our platform can help you with efficient designs and maximize energy production.