IS STORAGE 1Play (3-6 kW)

The most advanced battery management

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

Integrated PV input

This battery inverter integrates a PV input in order to offer greater functionalities. This PV input reduces the cost of the installation, as it allows to have a battery inverter and a PV inverter in a single equipment. It also features a DC switch to disconnect the PV array.

Back-up generator

Operating in stand-alone mode, the ISS 1Play permits the connection of a back-up genset, should this be necessary. Furthermore, the inverter can be started-up using this generator, in order to charge the batteries when these are completely discharged

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

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. To do so, it controls the energy flow between the grid and the batteries, based on the status at any given time. The ISS 1Play makes it possible to integrate a solar energy source into the grid, as it features a PV input. The back-up power source (a diesel genset or the public grid) will only inject power when the batteries' state of charge is lower than a certain threshold

• UPS mode (Back-up): 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 loads.

• Self-consumption mode: This operating mode is conceived to minimise grid consumption. If the energy generated is greater than the one demanded, any surplus energy will charge the batteries or, if they are fully charged, the energy could be injected into the grid. If the loads demand more energy than the one produced by the renewable sources, then the batteries would cover this demand, increasing the self-consumption ratio.

• Advanced battery management system.
• Photovoltaic input integrated as standard.
• Integrated AC input in order to connect the public grid or a back-up generator (for off-grid operation).
• Four different operating modes to choose from.
• Total compatibility with Ingeteam's PV inverters.
• Compatible with Lead, Ni-Cd and Li-ion batteries.
• 5 year warranty, extendable up to 25 years.

Integrated accessories

• PV input.
• DC switch for the PV array.
• CAN communication for smart batteries.
• DC pre-charge system.
• Battery temperature measurement circuit.
• Configurable potential-free input.
• Configurable potential-free outputs, some of them for the connection and disconnection of the back-up generator.
• AC overvoltage protection.
• Protection against shortcircuits and overloads.
• Protection against insulation fault.

Optional accessories

• RS-485 communication.
• Ethernet communication.
• INGECON SUN EMS Board with Ethernet and Wi-Fi communication