Fronius Symo Advanced
SPECIALLY DEVELOPED FOR THE REQUIREMENTS OF TOMORROW
The Fronius Symo Advanced is the ideal compact three-phase inverter for commercial and industrial applications. This inverter combines the benefits of a modern string inverter, such as the Dynamic Peak Manager for shade mitigation and an integrated Power Line Communications (PLC) transmitter for SunSpec Rapid Shutdown, with light weight, field serviceability, and zero-tilt mount.
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Technical Data
Input Data
| Number of MPP trackers | 2 |
|---|---|
| Recommended PV Power (kWp) | 8,0 - 13,0 kWp |
| Max. usable input current | 41,5 A |
|
Max. usable input current total (MPPT1 + MPPT2)
|
41,5 A |
| Max. array short circuit current (1.5 * Imax) | 62,2 A |
|
Nominal input voltage
|
350 V |
|
DC input voltage range (Udc min - Udc max)
|
200-600 V |
|
MPP Voltage Range
|
300-500 V |
|
Max. input voltage (Udc max)
|
600 V |
Output Data
| Max. output power 480 V | NA |
|---|---|
| Max. output power 277 V | NA |
| Max. output power 240 V | 9995 W |
| Max. output power 208 V | 9995 W |
|
Output configuration
|
3~ NPE 208-240 V |
| Frequency range | 45-66 Hz |
| Frequency | 60 Hz |
|
Power factor range
|
0-1 ind./cap. |
| Max continuous output current 480 V | NA |
| Max. continuous output current 277 V | NA |
| Max. continuous output current 240 V | 24 A |
| Max. continuous output current 208 V | 27,7 A |
| OCPD/AC breaker size 480 V | NA |
| OCPD/AC breaker size 208 V | 35 A |
| Max. efficiency | 97 % |
| CEC efficiency 240 V | 96,5 % |
| CEC efficiency 208 V | 96,5 % |
General Data
| UL safety standards & network regulations | UL 1741-2010, UL 1998, UL 1699B Issue 2-2013 |
|---|---|
| Dimension / width | 1,68 ft |
| Dimension / height | 2,38 ft |
| Dimension / depth | 8,9 in |
| Weight | 91,89 lb |
| Installation | Indoor and outdoor installation, tilt form 0-90 degrees (Fronius Shade Cover required for installation angles less than 15 degrees) |
| Permitted humidity | 0-100% (non-condensing) |
| Degree of protection | NEMA 4X |
| Night-time consumption | <1 W |
| Inverter design | Transformerless |
| Cooling | Variable speed fan |
| Ambient Temperature Range | -40°F - +140°F (-40°C - +60°C) |
| Max. altitude | 2000 m (6562 ft) with a max. input voltage of 1000 V / 3400 m (11155 ft) with a max. input voltage of 850 V |
| Certificates and compliance with standards | UL 1741-2010 Second Edition (incl. UL1741 Supplement SA 2016-09 for California Rule 21), UL1998 (for functions: AFCI, RCMU and isolation monitoring), IEEE 1547-2003, IEEE 1547a-2014, IEEE 1547.1-2003, ANSI/IEEE C62.41, FCC Part 15 A & B, NEC 2017 Article 690, C22. 2 No. 107.1-16, UL1699B Issue 2 -2013, CSA TIL M-07 Issue 1 -2013 |
| DC connection technology | 6x DC+ and 6x DC- screw terminals for copper (solid / stranded / fine stranded) or aluminum (solid / stranded) |
| AC connection technology | Screw terminals 14-6 AWG |
| Interference emission class | B |
Protection Devices
| DC reverse polarity protection | Yes |
|---|---|
| Anti islanding | internal in accordance with UL 1741-2010, IEEE 1547-2003 and NEC |
| Over temperature protection | Ouput power derating/Active cooling |
| AFCI | Yes |
| Rapid shutdown compliant | Yes |
| Ground fault protection with isolation monitor interrupter | Yes |
| DC disconnector | Yes |
Interfaces
| Compatible Module Level Electronic | UL 3741 |
|---|---|
| Power Line Communication (PLC) | Yes – SunSpec Rapid Shutdown communication standard |
| USB (type A socket) | Datalogging and inverter update possible via USB |
| 2x RS422 (RJ45 socket) | Fronius Solar Net, interface protocol |
| Wi-Fi / Ethernet / Serial / Datalogger and webserver | Wireless standard 802.11 b/g/n / Fronius Solar.web, SunSpec Modbus TCP, JSON / SunSpec Modbus RTU |
| 6 inputs and 4 digital I/Os | Load management signaling, multipurpose I/O |
SnapINverter technology
The Fronius SnapINverter generation features a simple, standardized hinged mounting system that makes installation and service easier than ever. The inverters consist of two main parts: the power stage and the connection compartment, ensuring a convenient installation process. First, you mount the remarkably lightweight connection compartment and all wiring to the wall. Then simply snap the power stage in - allowing for installation within 15 minutes by only 1 person! Furthermore, installers don’t need to remove the entire inverter for servicing. Just take the power stage and leave all wires in place, making the Fronius SnapINverters the most user-friendly inverters on the market.
Integrated data communication
Fronius believes that every solar system should be monitored. Therefore, we offer integrated data communication capabilities for all our inverters and free online monitoring with Fronius Solar.web. Simply connect the inverter to the internet via Wi-Fi and use our Modbus TCP SunSpec, Modbus RTU SunSpec or Fronius Solar API (JSON) interface for seamless data communication to third parties. The different interfaces can be operated in parallel to the Fronius Solar.web online platform. The monitoring is easily set up via our smartphone app - it's so easy, even the home owner can do it.
Design Flexibility
Fronius inverters offer great design flexibility, giving you all the options you need and making system design extremely simple. Two independent MPP trackers, wide DC input voltage windows and oversizing of up to 150% make the inverters suitable for complex roofs, different array sizes and multiple orientations. The Fronius Design Flexibility offers a solution for all your system design needs
Smart Grid Ready
Fronius inverters enable the grid of tomorrow. Our inverters are already equipped to meet the technical requirements of a smart grid of the future. A set of smart functions, known as Advanced Grid Features, are built into the inverters. They include a wide range of control functions for dynamic feed-in of both effective and reactive power. These functions are designed to enable a stable grid and highest solar density, while preventing unwanted system shutdowns if grid parameters exceed their thresholds.
Arc Fault Circuit Interruption Integrated
The Fronius Arc Fault Circuit Interruption (AFCI) makes each inverter NEC 2011 compliant and offers a best-in-class solution for detecting arcs. Ensuring the utmost safety, AFCI shuts down the inverter in the event of an arc fault within your solar system.
Active Cooling
Active cooling technology relies on one or more fans, which not only avoid hot spots, but also regulate the air circulation inside the inverter, thus keeping the temperature of the power electronics low. This has a positive effect on the service life of the devices, optimises yields and reduces costs. At Fronius, active cooling is supplied as standard in all devices.Clear HTML version of the operating instructions. Mobile and optimised for every device.
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