Power optimizers combined with a monitoring systems like S_OK give incredible control and data insights, but even without S_OK, power optimizers offer very clear benefits. These benefits ( all of which, in general wash out to simpler setup, lower cost and higher reliability in selected installation environments.

(PG): Less price and stable scheme: The power optimisers without (S_OK) device; · are solely good thing of the matching rate of the levies. Full systems with more complex monitoring protocols might be trickier and more expensive to install than those outfitted only with power optimizers. That helps keep them cheap, which is good for residential or small commercial solar installations where solar purchase decisions can be constrained by cost. Using QR codes minimizes the up-front cost of the solar energy system, without the use of any complex monitoring gear or extra communication protocol.

Improved System Reliability: Without extra software or communication protocols such as S_OK the risk of the system malfunctioning due to software bugs or connectivity problems is avoided. In a system that doesn’t depend on S_OK, the power optimizers are still doing their basic job — maximizing output from each panel — with no need for an external system for monitoring or management. This could improve the overall reliability of the system, because there is less impact of external effectors on the behaviour of the solar power system.

Less Complexity: Uncomplicated Communication: It is easier to maintain and trouble shoot a solar system that is not connected to a complex communication system. Solar installers and technicians can work directly on the physical elements of the system, such as the power optimizers and the solar panels themselves. This can also help to simplify diagnostics as it prevents you having to talk to a third party software layer (s_ok) to find out what went wrong. If something is wrong, it’s more likely to be a hardware problem, and there are faster, easier solutions.