Tigo Energy Module Maximizer MM-ES (Tigo Energy, Inc.)  (Tigo Energy, Inc.)  

For residential, commercial and utility-scale photovoltaic solar arrays, the TIGO ENERGY MAXIMIZER SYSTEM maximizes power output of each module (solar panel) through its Impedance Matching technology; delivers module-level data for operational management and performance monitoring; and provides the ability to deactivate the high voltage DC bus for safer installation, maintenance or fire fighting.
 

Tigo Energy Module Maximizer MMJ-ES (Tigo Energy, Inc.)  (Tigo Energy, Inc.)  

The TIGO ENERGY MAXIMIZER MM-ES maximizes power output of each module through its Impedance Matching technology; delivers module-level data for operational management and monitoring; and PV-Safe to deactivate the high voltage DC bus for safer installation, maintenance or fire fighting.
NOW AVAILABLE to module manufacturers for panel integration to the junction-box as MMJ-ES.

 

Tigo Energy Dual maximizer MM-2ES (Tigo Energy, Inc.)  (Tigo Energy, Inc.)  

For residential,commercial and utility-scale photovoltaic solar arrays,the TIGO ENERGY MAXIMIZER SYSTEM maximizes power output of each module through its Impedance Matching technology; delivers module-level data for operational management, performance monitoring and provides the ability to deactivate the high voltage DC bus. Now with 2 Maximizers in 1 Box for maximum flexibility and cost savings.
 

Tigo Energy Maximizer Management Unit (MMU) (Tigo Energy, Inc.)  (Tigo Energy, Inc.)  

The brains of the system, the Tigo Energy Maximizer Management Unit (MMU) communicates between the Module Maximizers and the Inverter, calculates MPP, controls processes in real time and sends data to a remote server in order to allow multiple users to observe and interact with the monitoring system. Each Tigo Energy Maximizer System includes one MMU per project.

 

Tigo Energy MaxiManager Software (Tigo Energy, Inc.)  (Tigo Energy, Inc.)  

A key component of the System, the TIGO Energy MaxiManager software manages the entire PV array so that if problems occur, they can be addressed immediately. System analytics track performance vs expectations and proactively suggests maintenance actions to keep the system operating at maximum production and uptime. It allows modules to be powered off individually for maintenence and for safety.