SolarEdge PV Self-Consumption Simulator

Free

1.2.2for iPhone, iPad

SolarEdge Technologies

Developer

Sep 11, 2017

Update Date

Utilities

Category

App Store

Age Rating

Apps in this category do not contain restricted content.

Apps in this category may contain mild or occasional cartoon, fantasy or real-life violence, as well as occasional or mild adult, sexually suggestive or horrifying content and may not be suitable for children under 9 years of age.

12+

Apps in this category may contain occasional mild indecent language, frequent or intense cartoon or real-life violence, minor or occasional adult or sexually suggestive material, and simulated gambling, and may be for children under 12 years of age.

17+

You must be at least 17 years old to access this App.

Apps in this category may contain frequent and intense offensive language; Frequent and intense cartoon, fantasy or realistic violence: frequent and intense adult, scary and sexually suggestive subjects: as well as sexual content, nudity, tobacco, alcohol and drugs, may not be suitable for children under 17 years of age.

SolarEdge PV Self-Consumption Simulator 스크린 샷

iPad

SolarEdge PV Self-Consumption Simulator 포스터

iPhone

About SolarEdge PV Self-Consumption Simulator

With StorEdge™, homeowners can add battery storage to their SolarEdge PV system and increase their self-consumption level as well as lower their electricity bills. The PV Self-Consumption app can be used to estimate the self-consumption level before and after the StorEdge solution is added. Just input the residential PV system size and annual household energy consumption to show the estimated PV self-consumption.

The application currently supports self-consumption simulations for the following regions:
Australia, France, Germany, Italy, United Kingdom, United States – Hawaii

The following languages are supported: English, French, German, Italian

The SolarEdge StorEdge Solution:

The StorEdge DC coupled storage solution can be used to increase energy independence for homeowners by utilizing a battery to store and supply power as needed. To optimize self-consumption, the battery is automatically charged and discharged to meet consumption needs and reduce the amount of power purchased from the grid.