TL inverters
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TL inverters simple communication All models in the series have a standard serial RS485 and USB (ModBUS and Ethernet optional) connection, thus making all information locally accessible with the display remotely available. The inverter also has a built-in datalogger that stores instantaneous data with a settable frequency between 5 and 10 minutes, in addition to saving production data on a daily basis for a period of about two years. In addition, by means of a simple setting, a night-time consultation function can be set to allow inverter interrogation through the RS485/422 bus, USB or slot cards during the night when the device is off by default. Quality power supply The Sirio EVO range implements innovative technologies and high quality components, sized with a wide margin compared to normal operation, able to compensate for routine machine maintenance without sacrificing operating flexibility. The innovative digital control of all stages of power ensures a low susceptibility network disconnections, preventing unwanted disconnections in the presence variations or micro-breaks. Sirio EVO inverters integrate protections against voltage surges in input and output and are equipped with control devices and redundancy protection, particularly on the output stage, a further guarantee of operational effectiveness and continuity. MPPT Devices Sirio EVOs are equipped with two innovative MPPT devices ( models ranging from 5000 to 12500kW) which ensure that the inverter makes maximum use of photovoltaic generator power. Thanks to fast response times, the inverters make the maximum power generated by photovoltaic panels available at all times and in all in all weather conditions. Its multistring technology also allows the management of strings with different orientations and inclinations to best work with many models and types of panels, even in partial shade. This makes the inverters even more flexible and facilitates the installer in various configurations. High conversion efficiency Sirio EVO series inverters have been constructed without moving parts (*> and without galvanic separation, optimising minimal dimensions and weight and thereby increasing reliability on the entire system. Thanks to its use of “transformerless” technology and its state-of-the-art components, Sirio EVO inverters ensure a conversion efficiency up to 98%. Reduced noise Sirio EVO photovoltaic inverters have been constructed with static electronic devices without the use of rotating components and without cooling fans, significantly reducing device noise and eliminating a component often subject to maintenance or breakdowns. Ease of installation and use The wide input range, thanks to the use of NPC topology, combined with an IP65 degree of protection that allows outside placement of the inverter near the generator, simplify wiring on the DC side, reducing losses and limiting installation costs. The LCD display positioned on the front panel offers simple and intuitive viewing of all the essential information: power, energy produced and any faults, recalling other parameters such as mains voltage, photovoltaic module voltage and mains frequency. (*) Except for the models Sirio EVO 10000 and 12500 which are provided with fans. Internal GFci (Ground Fault circuit interrupter) According to CEI 64-8/7, art. 712.413.1.1.1.2, section 712, Sirio EVO photovoltaic inverters are equipped with an advanced protection circuit that continuously monitors the leakage current to the ground. This protection is in fact a Class B differential. In the case of an earth fault, the converter is deactivated and the fault is indicated with a red LED and a relative error code on the front control panel. certificate of Factory inspection Sirio EVO Inverters meet “Made in EU” criteria as they are designed, manufactured and tested in Italy. www.aros-solar.com www.aros-solar.com HASOS

MODEL Sirio EVO 1500 Approximate power of the photovoltaic field 1700 Wp max ; 1200 Wp min Rated AC power 1500 W GRID CONNECTION CRITERIA The entire range can be configured according to the following standards: - CEI 0-21 - CEI 0-16 - VDE AR-N-4105 - VDE 0126-1-1 - G83/1 - Real Decreto 1663-2000 - PO12.3 INPUT H DIFFERENTIAL Each device has an internal type B differential protection in compliance with Standard I EC 60755 Maximum DC voltage in an open circuit MPPT operating range MPPT at full rating range Working range Maximum input current Voltage during system startup Initial feeding...

MODEL Sirio EVO 2000 Approximate power of the photovoltaic field 2300 Wp max ; 1600 Wp min Rated AC power 2000 W GRID CONNECTION CRITERIA The entire range can be configured according to the following standards: - CEI 0-21 - CEI 0-16 - VDE AR-N-4105 - VDE 0126-1-1 - G83/1 - Real Decreto 1663-2000 - PO12.3 INPUT H DIFFERENTIAL Each device has an internal type B differential protection in compliance with Standard I EC 60755 Maximum DC voltage in an open circuit MPPT operating range MPPT at full rating range Working range Maximum input current Voltage during system startup Initial feeding...

MODEL Sirio EVO 3000 Approximate power of the photovoltaic field 3450 Wp max ; 2400 Wp min Rated AC power 3000 W GRID CONNECTION CRITERIA The entire range can be configured according to the following standards: - CEI 0-21 - CEI 0-16 - VDE AR-N-4105 - VDE 0126-1-1 - G83/1 - Real Decreto 1663-2000 - PO12.3 INPUT H DIFFERENTIAL Each device has an internal type B differential protection in compliance with Standard I EC 60755 Maximum DC voltage in an open circuit MPPT operating range MPPT at full rating range Working range Maximum input current Voltage during system startup Initial feeding...

MODEL Sirio EVO 4000 Approximate power of the photovoltaic field 4600 Wp max ; 3200 Wp min Rated AC power 4000 W GRID CONNECTION CRITERIA The entire range can be configured according to the following standards: - CEI 0-21 - CEI 0-16 - VDE AR-N-4105 - VDE 0126-1-1 - G59/2 - Real Decreto 1663-2000 - PO12.3 INPUT H DIFFERENTIAL Each device has an internal type B differential protection in compliance with Standard I EC 60755 Maximum DC voltage in an open circuit MPPT operating range MPPT at full rating range Working range Maximum input current Voltage during system startup Initial feeding...