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Fronius Symo 10.0-3-M (2MPPT) Tri
More info
The high system voltage, wide input voltage range and two MPP trackers ensure maximum flexibility in system design. The standard interface to the internet via WLAN or Ethernet and the ease of integration of third-party components make the Fronius Symo one of the most communicative inverters on the market.
Technology
SnapINverter mounting system
The special feature in the design of our devices is that the connection compartment is separate from the power stage set compartment. They are installed separately. The connection area and all its cabling is fitted to the wall first. The power stage set compartment is fitted afterwards. The innovative SnapINverter mounting system makes installation and servicing extremely user-friendly. The inverter is simply placed in the wall bracket and then secured. It is not necessary to remove the entire inverter for servicing, just the power stage set compartment. All the cabling, settings and configurations remain in place.
Integrated WLAN interface
Simple, user-friendly system monitoring is very important to Fronius. With the Fronius Datamanager, we are the first inverter manufacturer to offer a WLAN interface in the inverter itself. The inverter is connected to the internet without additional cabling and grants you the perfect overview of how the PV system is operating.
SuperFlex Design
The Fronius SuperFlex Design combines all the system design requirements into a single inverter form. Two MPP trackers combined with a high system voltage and wide input voltage range guarantee maximum flexibility. Every DC input, and therefore every MPP tracker, is able to accommodate the entire nominal output of the inverter. The result: an inverter for every application. Thanks to the SuperFlex Design, a single inverter can cope with any challenge – including different roof orientations, shading of one or two strings, or the use of residual modules.
Dynamic Peak Manager
The Dynamic Peak Manager is a new MPP tracking algorithm that dynamically adapts its behaviour when searching for the optimal operating point. The special feature is that the Dynamic Peak Manager automatically checks the entire characteristic curve on a regular basis and finds the global Maximum Power Point (GMPP), even in partial shade.
Smart Grid Ready
Fronius inverters are ready for the Smart Grid of tomorrow. The inverters are optimally equipped to meet the technical requirements of grids in the future. A series of smart functions, known as Advanced Grid Features, are built into the devices. These include a number of control functions for optimum feed-in of reactive power and effective power. These functions are designed to enable stable grid operation even when the PV system density is very high and to prevent unwanted interruptions to feed-in and associated yield losses. Fronius inverters therefore help to guarantee the yield of a PV system.
Zero feed-in
Today, an increasing number of grid operators in various countries are stipulating a PV power feed-in limit as a precondition before a system is connected to the grid. With dynamic power reduction, Fronius is offering a solution for optimum feed-in management. The inverter supplies the household consumers with energy first and then reduces the system output to the maximum energy feed-in permitted by the grid operator. With Fronius inverters, zero feed-in is also a possibility thanks to this function, meaning that no PV power is fed into the grid. The relevant requirements of the grid operator can be fulfilled by simply enabling a setting on the inverter's web interface.
Technical Data
| INPUT DATA | Fronius Symo 10.0-3-M |
|---|---|
| Max. input current (Idc max1 / Idc max2) | 27.0 A / 16.5 A1) |
| Max. usable input current total (Idc max1 + Idc max2) | 43.5 A |
| Max.array short circuit current (MPP1 / MPP2) | 40.5 A / 24.8 A |
| Min. input voltage (Udc min) | 200 V |
| Feed-in start voltage (Udc start) | 200 V |
| Nominal input voltage (Udc,r) | 600 V |
| Max. input voltage (Udc max) | 1,000 V |
| MPP voltage range (Umpp min - Umpp max) | 270 - 800 V |
| Number of MPP trackers | 2 |
| Number of DC connections | 3 + 3 |
| Max. PV generator output (Pdc max) | 15.0 kWpeak |
| OUTPUT DATA | |
| AC nominal output (Pac,r) | 10,000 W |
| Max. output power | 10,000 VA |
| AC output current (Iac nom) | 14.4 A |
| Grid connection (voltage range) | 3~NPE 400 V / 230 V or 3~NPE 380 V / 220 V (+20 % / -30 %) |
| Frequency (frequency range) | 50 Hz / 60 Hz (45 - 65 Hz) |
| Frequency range (fmin - fmax) | 45 - 65 Hz |
| Total harmonic distortion | 1.8 % |
| Power factor (cos φac,r) | 0 - 1 ind. / cap. |
| GENERAL DATA | |
| Dimensions (height x width x depth) | 725 x 510 x 225 mm |
| Weight | 34.8 kg |
| Degree of protection | IP 66 |
| Protection class | 1 |
| Overvoltage category (DC / AC)2) | 1 + 2 / 3 |
| Night time consumption | < 1 W |
| Inverter design | Transformerless |
| Cooling | Regulated air cooling |
| Installation | Indoor and outdoor installation |
| Ambient temperature range | -25°C to +60°C |
| Permitted humidity | 0 % to 100 % |
| Max. altitude | 2,000 m / 3,400 m (unrestricted / restricted voltage range) |
| DC connection technology | 6x DC+ and 6x DC- screw terminals 2.5 mm² - 16 mm² |
| AC connection technology | 5-pin AC screw terminals 2.5 mm² - 16 mm² |
| Certificates and compliance with standards | ÖVE / ÖNORM E 8001-4-712, DIN V VDE 0126-1-1/A1, VDE AR N 4105, IEC 62109-1/-2, IEC 62116, IEC 61727, AS 3100, AS 4777-2, AS 4777-3, CER 06-190, G83/2, UNE 206007-1, SI 4777, CEI 0-16, CEI 0-21, NRS 097 |
| EFFICIENCY | |
| Max. efficiency | 98.0 % |
| European efficiency (ηEU) | 97.4 % |
| η at 5 % Pac,r3) | 87.9 / 92.5 / 89.2 % |
| η at 10 % Pac,r3) | 91.2 / 94.9 / 92.8 % |
| η at 20 % Pac,r3) | 94.6 / 97.1 / 96.1 % |
| η at 25 % Pac,r3) | 95.4 / 97.3 / 96.6 % |
| η at 30 % Pac,r3) | 95.6 / 97.5 / 96.9 % |
| η at 50 % Pac,r3) | 96.3 / 97.9 / 97.4 % |
| η at 75 % Pac,r3) | 96.5 / 98.0 / 97.6 % |
| η at 100 % Pac,r3) | 96.5 / 98.0 / 97.6 % |
| MPP adaption efficiency | > 99.9 % |
| PROTECTIVE DEVICES | |
| DC insulation measurement | Yes |
| Overload behaviour | Operating point shift, power limitation |
| DC disconnector | Yes |
| Reverse polarity protection | Yes |
| INTERFACES | |
| WLAN / Ethernet LAN | Fronius Solar.web, Modbus TCP SunSpec, Fronius Solar API (JSON) |
| 6 inputs and 4 digital in/out | Interface to ripple control receiver |
| USB (type A socket)4) | Datalogging, inverter update via USB flash drive |
| 2 x RS422 (RJ45 socket)4) | Fronius Solar Net, Interface protocol |
| Signalling output4) | Energy management (floating relay output) |
| Datalogger and Webserver | Included |
| External input 4) | S0 meter connection / Evaluation of overvoltage protection |
| RS485 | Modbus RTU SunSpec or meter connection |
1) 14.0 A for voltages < 420 V
2) Testing to IEC 62109-1. DIN rail for optional type 1 + 2 and type 2 overvoltage protection available.
3) And at Umpp min / Udc,r / Umpp max
4) Available from autumn 2014.
Subject to modifications.
Data sheets and documentation
Specifications
| Triphasé | |
| 2 MPPT | |
| 10000VA |
