IS STORAGE 1Play TL M (3-6 kW)

The most advanced battery management

The INGECON SUN STORAGE 1Play TL M battery inverters can generate an AC network and manage the power achieving an optimum balance between production, storage and consumption. To do so, they control all the time the energy flow between the PV generation (if it exists), the batteries and the grid. Featuring an advanced battery management technology, they ensure the maximum lifespan of the storage system.

Integrated PV inputs

These battery inverters integrate two PV inputs in order to offer greater functionalities. These PV inputs reduce the cost of the installation, allowing to have a battery inverter and a PV inverter in a single equipment.

EMS Inside

The inverter is equipped as standard with an EMS (Energy Management System) that permits more advanced functionalities, as self-consumption strategies. Thanks to the built-in EMS, the installation can be monitored at all times via a PC or mobile phone with the free INGECON SUN Monitor application, available at Play Store and App Store.

Download now from our training website the instructions for configuration and commissioning, detailed wiring diagrams and further information about the operation modes:

www.ingeconsuntraining.com

• Advanced battery management system.
• Dual MPPT system.
• Wi-Fi and Ethernet communication as standard.
• CAN Bus 2.0 communication for the BMS (Battery Management System).
• Three different operating modes to choose from.
• Rapid start-up and view of the installation thanks to the INGECON SUN Monitor user interface.
• Back-up functionality available for self-consumption systems.
• DRM0 included (for the Australian market).
• 5 year warranty, extendable up to 25 years.

This new inverter features three operating modes:

• Stand-alone mode: The inverter generates a stand-alone AC grid and acts as a grid manager, guaranteeing the correct balance between generation, consumption and the storage system. It is equipped with a relay for the neutral to earth connection of the system loads in order to create a TT stand-alone network.

• UPS mode: This operation mode has been designed for grid-connected systems, where grid outages are long and frequent. In order to guarantee this uninterruptible power supply, the inverter maintains the batteries fully charged. During a grid outage, the battery inverter generates the AC grid and the energy stored in the batteries is used to power the critical loads.

• Self-consumption mode: This operating mode is directed at grid-connected systems. If the energy generated is greater than demand, any surplus energy will charge the batteries or, if they are fully charged, the energy could be injected into the grid. In addition, it features a back-up functionality so that, in the event of a grid outage, the inverter can power the critical loads from the batteries and PV panels.