Ingecon Sun Storage 3Play 20TL M is a three-phase hybrid inverter Ingeteam of 20 kW

Ingecon Sun Storage 3Play 20TL M is a three-phase hybrid inverter Ingeteam of 20 kW

The new three-phase hybrid inverter from Ingeteam is ideal for large residential installations.It supports high voltage batteries.

Ingecon Sun Storage 20TL M is characterised by:

- Integrated EMS

- Wi-fi and Ethernet integrated

- Communication with BMS CAN Bus 2.0

- Plug and play technology

- 2 MPPT

- 98.4% efficiency and a European efficiency of 97.9%

- MPPT voltage range from 160V to 950V

- Maximum input voltage is 1,000 V

- Protection from IP65

- Operating temperature range from -25o to 60oC

  Download the technical file Ingecon Sun Storage 3Play 20TL M

Characteristics of the hybrid inverter Ingecon Sun Storage 3Play 20TL M

Dual MPPT system

Dual maximum power point monitoring (MPPT) system allowing to obtain the maximum power of the photovoltaic field, even in situations of partial surpluses or placement of the panels in different orientations.

Integrated EMS

The Ingecon Sun Storage 3Play inverter is equipped with an EMS energy management system that enables more advanced functions.In addition, thanks to the EMS, the installation can be monitored and monitored at all times with the Ingecon Sun Monitor APP.

Commissioning and monitoring

Simple user interface that allows full data visualization and quick start-up of the equipment.

Operating modes of the hybrid inverter Ingecon Sun Storage 3Play 20TL M

- Self-consumption mode

The new team of Ingeteam it is aimed at three-phase hybrid installations with memory storage batteries connected to the electricity grid.The main advantage is that it minimizes the energy consumption of the power grid.When the photovoltaic field produces more energy than it consumes, you can store it in the battery or choose to inject it into the grid.

- Back up mode

Another advantage of the equipment is the integrated serial backup that allows the equipment to continue operating in off-grid mode when the electrical grid fails, generating a network in AC to power critical loads.In this case, when there is a surplus of the photovoltaic field, it will first be used to power the charges and as a second option for charging the batteries.