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TL Inverter (1500-12500 W)

TL Inverter (1500-12500 W)

Solar Inverters (On-Grid Inverter)

Sirio EASY
Easy installation and use Lightness, compactness, ease of installation and configuration; these are the special characteristics of the EASY series which are particularly suited for residential and small scale commercial installations. In fact, thanks to the wide range of voltage and input current, they are found to be extremely well adapted to systems that have size limitations.

Features

Technical Specifications

Product Brochure

Main Features:

Cooling system

The cooling system used in the EASY series, comprising of a temperature controlled fan, efficiently conducts heat outside the casing, and is switched on only if strictly required. The operating temperature is controlled by specific sensors, which, in extreme cases, reduce the output power to protect the device from overheating, hence protecting the inverter from complete stoppage.

Sirio EVO

Reliability and versatility for all requirements The wide range of inputs, on account of the adoption of the NPC topology, together with IP65 degree of protection, allow it to be placed outside the inverter near the generator, simplifying the wiring on the DC side, reducing the loss and containing the installation costs. The multi-string technology also allows strings with different orientations and inclinations to be managed, so as to work better with multiple models and panel types, even if there is partial shading; making the inverter more flexible and assisting the installer in different configurations. The integrated DC switch disconnector allows the inverter to be rapidly and securely isolated in the event of an emergency or extraordinary maintenances.

Common Features

Quality power supplier TL inverters implement innovative technologies, have high quality components, are sized with a wide margin for normal operations and can provide for routine machine maintenance without compromising on the wide-ranging operational flexibility. The innovative digital control for all power stages guarantees low susceptibility for power disruptions, avoiding undesired disconnection due to variations or micro-interruptions. The Sirio EASY and EVO inverters integrate input and output surge protection and have control devices and redundancy protection- especially in the output stages- to guarantee operability and continuous operation.

Higher conversion efficiency

The Sirio EASY and EVO series inverters have been manufactured with galvanic separation, optimising the size and weight and thereby improving the ergonomics of the entire system. Thanks to the use of “transformerless” technology and state-of-the-art components, TL inverters guarantee conversion efficiencies of up to 98%.

Simple Communication

An LCD situated on the front panel displays all the main information in a simple and intuitive manner: power, energy produced and any faults, referring to other parameters such as grid voltage, the voltage of the photovoltaic modules and the grid frequency. The inverter also has an integrated data logger which records the instantaneous data with a configurable frequency between 5 and 60 minutes in addition to saving the production data every day for a period of about two years. With a simple setting, it is also possible to activate the night-time consultation function, which queries the inverter through a (series) USB, RS485/422 bus or other slot cards (optional) even during the night when the device is normally switched off.

Internal GFCI (Ground Fault Circuit Interrupter)

In accordance with article 712.413.1.1.1.2 of section 712 of the IEC 64-8/7 Norms, the TL inverters are designed in such a manner so as not to pass continuous earth fault current. In fact, the inverters have an advanced break-down 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 earthing fault, the converter is deactivated and the fault is indicated with a red LED and suitable error code on the front control panel.

Certified quality

For the first time in Italy, the EASY and EVO series inverters have obtained the IMQ certification, guaranteeing reliability and product quality to the consumer. This certification, which is attested by a third party, proves that the product conforms to the characteristics of performance and security set by the Italian and European technical standards.

SIRIO EASY COMMUNICATION

  • Display 2 line, 16 character LCD
  • Communication interface USB and 2 input voltage

    free contacts (for absence /

    presence of the signal and

    remote tripping) of series

    RS485, ModBUS and Ethernet

    optional (slot version)

MODELS SIRIO EASY 1500 SIRIO EASY 2000 SIRIO EASY 3000 SIRIO EVO 1500 SIRIO EVO 2000 SIRIO EVO 3000 SIRIO EVO 4000

SIRIO EVO 5000

SIRIO EVO 6000

SIRIO EVO 10000 SIRIO EVO 12500
Rated AC power  1500W 2000W 3000W 1500W 2000W 3000W 4000W 5000W 6000W 10000W 12500W
Maximum AC Power 1500W 2000W 3000W 1500W 2000W 3000W 4000W 5000W 6000W 10000W 12500W

INPUT

Maximum DC Voltage in open circuit  500 V DC 580 V DC 800V DC 800V DC 1000V DC
MPPT operating range 100÷450 V DC 100÷500V DC 100÷720V DC 150÷720V DC 150÷720V DC 150÷900V DC
MPPT at full rating range 150÷450V DC 200÷450V DC 180÷500V DC 170÷720V DC 220÷720V DC 240÷720V DC 270÷720V DC 240÷720V DC 270÷720V DC 300÷800V DC 360÷800V DC
Operating interval  100÷500V DC 150÷580V DC 100÷800V DC 150÷800V DC 150÷800V DC 150÷1000V DC
Maximum imput current 11 A DC 18 A DC 10A DC 13A DC 16A DC 13A DC for MPPT 16A DC for MPPT 18A DC for MPPT
Voltage during system startup 90V DC 90V DC 110V DC
Threshold voltage for grid supply 120V DC 150V DC 130V DC 150V DC 220V DC 220V DC
Shut down voltage 60V DC 60V DC 60V DC 70V DC
Ripple voltage <3% <3% <3%
Inputs number 1 2 2 4
MPPT number 1 1 2
DC Connectors MC4 or compatible MC4 or compatible MC4 or compatible

OUTPUT

Operating voltage 230V AC (1) 230V AC 230V AC 400V AC
Operating range 184÷276V AC (1) 184÷276V AC (1) 184÷276V AC (1) 318÷480V AC (1)
Maximum power range 200÷276V AC (1) 200÷276V AC (1) 200÷276V AC (1) 346÷480V AC (1)
Frequency range 47,5÷51,5Hz (1) 47,5÷51,5Hz (1) 47,5÷51,5Hz(1)
Frequency range setup 47÷52Hz (1) 47÷52Hz (1) 47÷52Hz(1)
Rated current 6,5A AC 8,7A AC 13A AC 6,5 A AC 8,7A AC 13 A AC 17,4 A AC 21,7 A AC 26 A AC 14,5 A AC 18 A AC
Maximum current 7,5A AC 10A AC 15A AC 7,5 A AC 10 A AC 15 A AC 20 A AC 25 A AC 30 A AC 17 A AC 21 A AC
Sort circuit current contribution  7,5A AC 10A AC 15A AC 7,5 A AC 10 A AC 15 A AC 20 A AC 25 A AC 30 A AC 17 A AC 21 A AC
DC current injection <32mA <43mA <65mA <32mA <43mA <65mA <87mA <108mA <130mA <72,5mA <90mA
Total Harmonic Distorsion (THDi) <4% <4% <3,5% <3% <4%
Power factor from 0,9 ind. to 0,9 cap.(1) from 0,9 ind. to 0,9 cap. (1) from 0,9 ind. to 0,9 cap. (1)
Galvanic separation No No No
AC connectors Wieland RST25 Wieland RST25 Terminals 16mmq Wieland RST25

SYSTEM

Maximum efficiency 97,20% 97,30% 97,00% 96,65% 97,10% 97,15% 97,20% 98,00%
European efficiency 95,00% 95,30% 96,20% >94,75 % >93,3% >95,65% 96,15% >96,00% 96,30% 97,60% 97,70%
Stand-by consumption ~9W ~9W ~9W ~1W
Overnight consumption 1W (4W if night-time consultation is set) 1W (4W if night-time consultation is set) 1W (4W if night-time consultation is set) 0,6W (5W if night-time consultation is set)
Built-in protections Ground fault monitoring on the DC side and fault current monitoring on the AC side

(differntial class B according to IEC60755). Surge Arresters type 3

Ground fault monitoring on the DC side and fault current monitoring on the AC side

(differntial class B according to IEC60755). Surge Arresters type 3

 Ground fault monitoring on the DC side and fault current monitoring on the AC side

(differntial class B according to IEC60755). Surge Arresters type 3

Protection during stand-by operation  In accordance to regulations of the country of installation In accordance to regulations of the country of installation  In accordance to regulations of the country of installation
Hearth leakage detection Yes Yes Yes
Heat dissipation  Forced (temperature controlled fans) Convection Convection Forced (by temperature controlled fans)
Operating temperature  -20°C÷50°C (+45°C no derating) -20°C÷60°C (45°C without derating) -20°C÷60°C (45°C without derating)
Storage temperature -20°C÷70°C -20°C÷70°C -20°C÷70°C
Humidity  5÷95% non-condensing 4÷100% condensing 4÷100% condensing
Weight 11Kg 12Kg 24Kg 35Kg 50Kg

STANDARDS 

EMC EN61000-6-3: 2007; EN61000-6-2: 2005 EN61000-6-3: 2007; EN61000-6-2: 2005 EN61000-6-3: 2007; EN61000-6-2: 2005
Safety EN 62109-1:2010; EN62109-2:2011 EN 62109-1:2010; EN62109-2:2011 EN 62109-1:2010; EN62109-2:2011
Directives 2006/95/CE; 2004/108/CE 2006/95/CE; 2004/108/CE 2006/95/CE; 2004/108/CE
Grid management CEI 0-21, Real Decreto 413/2014 CEI 0-21 , CEI 0-16, A70, VDE AR N 4105, VDE 0126-1-1, Real Decreto 413/2014, PO12,3 CEI 0-21 , CEI 0-16, A70, VDE AR N 4105, VDE 0126-1-1, Real Decreto 413/2014, PO12,3
(1) These values can vary depending on the local regulations                  

TL INVERTER

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