MOKOEnergy Solar Optimizers
Maximizes energy harvest while providing unparalleled safety and visibility.
Why Choose MOKOEnergy's Solar Power Optimizers?
Higher efficiency under shadow
Distributed MPPT tracks true maximum power point of each module individually, increasing energy output by up to 25%.
Protect modules & roof voltage
Shutdown within 20s, much shorter than required by NEC standard(30s)
Module-level optimization
Own optimum operating condition and tracks the maximum current of the string.
Superior Safety
Arc fault protection, polarity safeguards and NEMA 6/IP67 rated enclosures for reliable outdoor operation in harsh environments.
Flexible Architecture
Compatible with all major 60 and 72 cell PV modules, all major suppliers and integrated grounding options.
Our Solar Power Optimizers are Used for
Dust
Shadow Occlusion
Snow
PV Toward
Bifacial PV Panel
PV Attenuation
How does Solar Optimizer work?
Solar DC optimizers work by conditioning the DC power from solar panels, ensuring that each panel operates at its optimal power point. This process reduces energy loss due to shading, debris, or panel aging. The conditioned DC power is then sent to a solar inverter for conversion into AC power, which can be used in residential, commercial, or industrial settings.
PV micro grid system
Topological graph
MOKOEnergy's Power Optimizers Are Easy to install
01
Shut down PV inverter, disconnect PV modules from arrays and
02
Install MOKOEnergy OPTs on the frame of PV modules
03
Connect input cables
04
Connect output cables into strings
05
Connect the strings to PV inverter
06
Turn on PV inverter
Related Products for Solar Optimizers
Solar Inverter
Solar Panel
FAQs of Solar Optimizers
A solar optimizer is a device that improves the efficiency of solar panels by conditioning the DC power and reducing energy loss due to shading or other factors.
Solar optimizers typically have a lifespan of 10-25 years, depending on usage and maintenance.
Yes, solar optimizers can function without a battery if they are connected to a solar inverter and the electrical grid.
Constantly adjusting the operating point of each module to extract maximum possible power.
Arc fault protection, rapid shutdown,NEMA 6/IP67 rated enclosures for durability.
Granular module-level metrics like voltage, current, power output transmitted centrally.
Compatible across all major module suppliers; integrated grounding and trunking options.
