Check out these intro videos for a quick overview.
Enphase solar energy panel monitor.
Enlighten is the software platform that you can use to monitor your enphase solar system.
Ensemble energy management technology is the world s first all in one smart energy system.
With the enphase myenlighten web application you can track your overall energy and per panel energy production data monitor your system s health and share your data with family and friends all from a simple easy to use interface.
If you already have an account you can log in to enlighten here.
Learn why homeowners and installers worldwide choose enphase microinverters and solar energy solutions for their commercial and residential needs.
It s built to work together with continuous seamless communication for a fully integrated system that s far more than solar it s truly a smart home.
Energy you can count on today and into the future.
Two of the most popular solar inverter providers enphase and solaredge offer high quality proven solar monitoring solutions alongside their inverter products.
The envoy communicates solar production and energy consumption data to enphase enlighten monitoring and analysis software for comprehensive remote maintenance and management of the enphase microinverter system.
Only the enphase home energy solution brings you solar storage and powerful monitoring software all from one company.
We bring you a connected home.
Designed entirely by enphase ensemble technology allows you to easily generate and store clean power from your solar installation which can all be controlled with a single mobile app.
One of the main differences between the two systems is the type of inverters used.
The power of being connected.
Thanks to the envoy enphase brings you more than solar.
Tomorrow it s the intelligence to adapt to changing grid requirements via automatic remote updates that envoy downloads and pushes out to your microinverters.
Enlighten is continuously monitoring the performance of the solar power system and will highlight any deviation in performance by comparing the harvest of individual modules to the harvest of surrounding modules.