How well do you know DualSun's photovoltaic modules?

Quel type de certification les modules FLASH et SPRING possèdent-ils ?

Combien de colonnes parallèles de cellules les panneaux DualSun Shingle ont-ils ?

Comment les cellules des panneaux DualSun Shingle sont-elles arrangées ?

Où sont situées les diodes de dérivation dans les panneaux DualSun Shingle ?

Quel est l'espace minimum recommandé entre le toit et le micro-onduleur ?

Comment le micro-onduleur est-il monté sur le panneau DualSun FLASH AC ?

Comment doit être déployé le micro-onduleur avant l'installation ?

Comment réduire les effets d'ombrage sur les panneaux à technologie Full Cell ou Half-Cut ?

Pourquoi les panneaux DualSun Shingle ont-ils 10 colonnes parallèles de cellules ?

Dans un circuit parallèle, comment est le courant dans la branche principale par rapport aux branches dérivées ?

The modules FLASH and SPRING have IEC 61215 and IEC 61730 certificates.
These certificates are sufficient for IEC 62790 certification.
The certificates can be found on the company's Resource Space.
The DualSun Shingle panels have 10 parallel columns of cells in 2 groups.
Two 15A by-pass diodes protect each group of cells.
The by-pass diodes' positioning is not mentioned.
The panels' cell arrangement is unique to DualSun Shingle.
The company specializes in photovoltaic modules.
The text provides technical information about the company's products.
The text is addressing potential customer questions.
The micro-inverter is mounted on a self-locking sliding plate at the back of the DualSun FLASH AC module.
The FLASH AC panel comes with the micro-inverter attached in a low position.
Before installation, the micro-inverter must be deployed to ensure proper ventilation between the micro-inverter and the back of the module.
The micro-inverter should be pulled out from each side to be deployed.
After deployment, the micro-inverter extends 15mm beyond the frame edge.
A minimum space of 19mm should be provided between the roof and the micro-inverter.
The panel has 10 parallel columns to reduce shading effects.
In a parallel circuit, the current in the main branch is equal to the sum of the currents in all the derived branches.
Only the shaded column will have reduced production, not affecting the production of the other 9 columns.
Full Cell or Half-Cut technology panels have 3 and 6 distinct parallel columns, respectively, making shading impact more significant on these technologies.

"Test Your Knowledge on DualSun Shingle Panels and Photovoltaic Modules" Are you curious about the technical specifics of photovoltaic modules and DualSun Shingle panels? This quiz will assess your knowledge on the unique cell arrangement, by-pass diode protection, and micro-inverter deployment of DualSun Shingle panels. It will also test your grasp of the effects of shading on photovoltaic technology. Whether you are a solar energy enthusiast or a potential customer, this quiz will help you understand