3TL M / 4.5TL M / 6TL M SINGLE-PHASE HYBRID INVERTER WITH TWO SOLAR MPPTs The INGECON® SUN STORAGE 1Play TL M hybrid inverter makes it possible to combine photovoltaic generation and energy storage with no need for any additional PV inverters. Dual MPPT system This inverter features a dual maximum power point tracking (MPPT) system, that allows it to draw the maximum power from the PV array, including roof-mounted installations with different orientations or with partial shading. EMS Inside The inverter is equipped as standard with an energy management system (EMS). The EMS permits more advanced functionalities, such as self-consumption. 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. Start-up and monitoring Fast and easy start-up and display of data and graphics through the integrated user interface. Furthermore, users can easily upgrade the inverter firmware from the application, through a PC, tablet or mobile. 5 year warranty, extendible up to 25 years AC overvoltages. Insulation faults. Short-circuits and overloads at the output. DC breaker for the PV array. Anti-islanding with automatic disconnection. Dual MPPT system. RS-485 communication for the wattmeter. Wi-Fi and Ethernet communication. CAN Bus 2.0 communication for the BMS (Battery Management System). 2 configurable digital inputs. 2 configurable potential free outputs. Pre-charging system at the battery input. Relay for the neutral to earth connection for critical loads in type TT installations. Rapid start-up and view of the installation thanks to the INGECON® SUN Monitor user interface. Possibility of operating just from the PV array and of adding the storage system at a later date. Suitable for indoor and outdoor installations (IP65). Back-up functionality available for self-consumption installations. Peak shaving functionality. Configuration of the battery charge / discharge times. Modbus TCP / Wi-Fi communication with EV chargers. DRM0 included (for the Australian market). www.ingeteam.com [email protected]

PV+battery hybrid systems, stand-alone and grid-connected OPERATING MODES: GRID CONNECTED MODES Self-consumption Mode This operating mode is directed at grid connection systems with renewable energy sources, in order to minimise grid consumption. If the energy generated is greater than demand, then any surplus energy could either be used to charge the batteries or to be injected into the grid. In addition, it features a back-up and a peak shaving functionality. Also, the user can programme the charge / discharge times of the batteries. SELF-CONSUMPTION DIAGRAM UPS mode This operating mode has...

Battery input (DC) Voltage range(1) Maximum charge / discharge current Communication with ion-lithium batteries PV input (DC) PV array maximum power Operation voltage range Maximum input current (input 1 / input 2)(4) Shortcircuit current (input 1 / input 2) Number of inputs (input 1 / input 2) Grid input (AC) Rated voltage Voltage range Nominal Frequency Frequency range Network type Rated power Max. temperature for rated power Rated current Power factor Critical load output (AC) Max. power (25 ºC) 30 min, 2 min, 3 s(5) Rated current Power factor Back-up function response time Features Maximum...

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