How does Maxim solar cell optimizer work?

Maxim solar cell optimizer works by boosting the current of the weak cells to match those of the stronger, eliminating the corresponding performance penalty of the conventional system. The solar cell optimizer’s MPPT function works alongside the inverter MPPT, to ensure that the system output is optimal under any environmental conditions.

What are Maxim cell-string optimizers?

Maxim cell-string optimizers replace bypass diodes with an MPP tracking power IC Maxim Integrated’s cell-string optimizers are highly integrated DC-DC converters that replace traditional bypass diodes by performing maximum power point tracking (MPPT) deep inside every photovoltaic (PV) module.

How does the Maxim module work?

With the Maxim module, however, mismatch within cell-strings is eliminated, so that a weak cell afects module performance much less. This module outperforms both conventional and externally optimized modules, by producing a higher energy output over the life of the system.

Should solar cell optimizers be integrated into a module?

Integrating solar cell optimizers into a module, by contrast, permits a redesign that brings MPPT to every cell string within the module. As a result, we can optimize output at the cell-string level—a far more finely-tuned solution.

Why should you choose Jinko MX – Maxim cell string optimised solar modules?

The Jinko MX with cell string level optimisation has so ofers significantly higher improvements in yield. Using Jinko MX Maxim cell string optimised solar modules to improve yield. There are many advantages of using the Jinko MX – Maxim optimised modules compared to standard module, or individual module level optimisers like SolarEdge or Tigo.

Can a solar module-level optimizer reduce power loss?

During the long-term operation of a PV power plant, the solar modules sufer aging, cell microcracks, potential induced degradation (PID) and so on, which will cause power loss. A module-level optimizer can prevent an underperforming module from harming overall system performance, but cannot reduce loss caused by degradation within one panel.