A hybrid is described as having two distinct component types that essentially execute the same function. A hybrid inverter combines the functions of a grid-tied inverter and a battery inverter in domestic solar applications. The hybrid inverter maximizes energy independence through self-consumption and increases energy resilience by offering backup power in the event of a grid interruption. Grid-tied, DC-coupled photovoltaic systems are the most typical installations using hybrid inverters.
Why Hybrid Solar Inverter:
A hybrid inverter has two benefits over an AC linked storage solution for homeowners. First, homeowners can choose to utilize a hybrid inverter initially and add batteries to the system at a later time if they are unsure whether they want storage at the time of installation. The solar array may be centrally monitored thanks to hybrid inverters. It is preferable to have centralized monitoring so that homeowners may visit one portal to see how much energy their modules are producing and how well the batteries are working. Contrarily, AC linked systems demand the usage of several inverters and have monitoring systems from various manufacturers, making it more challenging for homeowners to evaluate the effectiveness of their solar panel installation. to upgrade current solar panels using
Do you need a hybrid solar inverter?
The details above should have helped you understand what a hybrid inverter is and how it fits within the solar environment. Is the hybrid inverter solar solution the best option for you, you might be wondering? Going hybrid makes sense if you’re buying solar for the first time because it provides you the option to add batteries later. Instead of running a string inverter and a battery inverter, it also makes sense if you already have solar and want to add battery storage.
However, if you desire residential solar but don’t envision yourself employing battery storage, a basic string inverter can provide everything you need.
Features
Most hybrid inverters can be set to operate in one of four modes:
Grid-tie mode: Operates similarly to a standard solar inverter (no battery)
Hybrid mode – Increases self-sufficiency by storing extra solar energy throughout the day to be used at night.
When connected to the grid, the backup mode of the solar inverter operates normally. When there is a grid outage, it immediately switches to backup power mode.
Off-grid mode*: Similar to an off-grid inverter, this mode harnesses extra solar energy to charge the battery and power loads without a grid connection. Only a few hybrid inverters have the capability to start and run a backup power source if necessary and are intended to be used with off-grid solar power systems.
