Fronius Tauro Eco
Designed to perform
The three-phase Fronius Tauro in the 50 to 100 kW power classes promises maximum performance, even under the harshest conditions. With its smart hardware design, it not only contributes to BOS cost optimization, but also offers unprecedented flexibility in system design. With the Fronius Tauro, both centralized (P variant) and decentralized system designs (D variant) can be implemented. Simplest installation and the fastest service on the market also guarantee maximum safety.
Fronius Tauro. Designed to perform.
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Technical Data
Input Data
| Number of MPP trackers | 1 |
|---|---|
Max. input current (Idc max_inverter) | 175 A |
DC input voltage range (Udc min - Udc max) | 580 - 1000 V |
Feed-in start voltage (Udc start) | 650 V |
Max. PV generator power (Pdc max) | 150 kWpeak |
MPP voltage range (Umpp min - Umpp max) | 580 - 930 V 9) |
Max. input current PV1 (Idc max, PV1) | 75 A |
Max. input current PV2 (Idc max, PV2) | 75 A |
Max. input current PV3 (Idc max, PV3) | 75 A |
Max. short-circuit current PV1 (Isc max, PV1)* | 125 A |
Max. short-circuit current PV2 (Isc max, PV2)* | 125 A |
Max. short-circuit current PV3 (Isc max, PV3)* | 125 A |
Max. power PV system PV1 (Pdc max,PV1) | 57 kWpeak |
Max. power PV system PV2 (Pdc max, PV2) | 57 kWpeak |
Max. power PV system PV3 (Pdc max, PV3) | 57 kWpeak |
| Max. AC fuse size rating | 355 A |
Max. short-circuit current inverter (Isc max, inverter) | 355 A |
Max. short-circuit current string (Isc max, string) | 20 A |
Max. input current string (Idc max, String) | 14,5 A |
Number of DC connections PV1 | 7 |
Number of DC connections PV2 | 7 |
Number of DC connections PV3 | 8 |
Max. short-circuit current string (Isc max, string) - 30 A Option | 30 A |
Max. input current string (Idc max, String) - 30 A Option | 22 A |
Number of DC connections PV1 - 30 A Option | 4 |
Number of DC connections PV2 - 30 A Option | 5 |
Number of DC connections PV3 - 30 A Option | 5 |
Output Data
AC nominal output (Pac,r) | 100 kW |
|---|---|
Max. output power (Pac max) | 100 kVA |
AC output current (Iac nom) | 151.5A at 220Vac , 144,9A at 230Vac |
Grid connection (Uac,r) | 3~ NPE 380/220 , 3~ NPE 400/230 V |
AC voltage range (Umin - Umax) | 180 - 270 V |
Frequency (fr) | 50 / 60 Hz |
Frequency range (fmin - fmax) | 45 - 65 Hz |
Power factor (cos φac,r) | 0 - 1 ind./cap. |
| Max. DC fuse size rating | 20 A |
General Data
| Standards | 580 - 930 V 9) |
|---|---|
| Width | 1109 mm |
| Height | 755 mm |
| Depth | 346 mm |
| Weight | 103 kg |
| Weight incl. packaging | 121 kg |
| Protection class | IP65 |
| Protection class | 1 |
Overvoltage category (DC / AC) 1) | 2 / 3 |
| Night-time consumption | 15W |
| Installation | Indoor and outdoor 4) |
| Ambient temperature range | -40°C - +65°C (optional AC-disconnect: from - 30 to + 65 °C) |
| Permitted humidity | 0 - 100 % |
Max. altitude 2) | 4000 m |
| Certificates and compliance with standards | VDE-AR-N 4105, VDE-AR-N 4110, IEC 62109-1/-2, IEC 62116, IEC 61727 R25, AS/NZS 4777, CEI 0-16, CEI 0-21, EN 50549-1/-2, VDE 0126-1-1 8) |
| Inverter design | Transformerless |
| Cooling | Active Cooling Technologie and Double-Wall System |
Efficiency
| Max. efficiency (PV - grid) | 98,5 % |
|---|---|
| European efficiency (ηEU) | 98.2 / 97.7 / 97.3 (580Vdc / 800Vdc / 930Vdc) |
η at 5% Pac,r 3) | 95.55 / 90.92 / 89.11 (580Vdc / 800Vdc / 930Vdc) |
η at 10% Pac,r 3) | 97.40 / 95.74 / 93.86 (580Vdc / 800Vdc / 930Vdc) |
η at 20% Pac,r 3) | 98.28 / 97.47 / 96.88 (580Vdc / 800Vdc / 930Vdc) |
η at 25% Pac,r 3) | 98.38 / 97.78 / 97.35 (580Vdc / 800Vdc / 930Vdc) |
η at 30% Pac,r 3) | 98.45 / 97.98 / 97.66 (580Vdc / 800Vdc / 930Vdc) |
η at 50% Pac,r 3) | 98.49 / 98.21 / 98.01 (580Vdc / 800Vdc / 930Vdc) |
η at 75% Pac,r 3) | 98.37 / 98.18 / 98.03 (580Vdc / 800Vdc / 930Vdc) |
η at 100% Pac,r 3) | 98.13 / 98.05 / 97.93 (580Vdc / 800Vdc / 930Vdc) |
| MPP adaptation efficiency | 99,9 |
Protection Devices
| DC insulation measurement | Included |
|---|---|
| Overload behaviour | Operating point shift. Power limitation5) |
| DC disconnector | Included |
| Integral RCMU | Included |
| Overvoltage protection devices | Type 1 + 2 integrated, Type 2 optional6) |
| DC string fusing | Integrated, 15 A or 20 A |
| Arc fault circuit interrupter (Fronius Arc Guard) | Optional (for 20 A option only) |
Interfaces
| Ethernet LAN RJ45 | 10/100Mbit; max. 100m Fronius Solar.web, Modbus TCP Sunspec, Fronius Solar API (JSON) 7) |
|---|---|
| 6x digital in/out + 6x digital in | Programmable interface for ripple control receiver, energy management, load control: Inputs: Voltage level low: min. 0V - max. 1.8V; high: min. 4,5V - max. 28,8V / Input resistance: 70kOhm Outputs: 5 Watt @ 12V in total for all six digital outputs when supplied internally in case of no load on the USB Port. 1A @ >12,5V to 24V per digital output when supplied externally by an external power supply but in total max. 3A integrated |
| Emergency stop (WSD) | Yes |
| Datalogger and web server | Included 7) |
| WLAN | Fronius Solar.web, Modus TCP Sunspec, Fronius Solar API (JSON) |
| 2x RS485 | Modbus RTU Sunspec |
AC Connection Technology
| Cable cross section | 70 - 240 mm² |
|---|---|
| Conductor material | Al; Cu |
| Connection terminals | Cable lug or V clamps |
| Single core option (single core cable) | Cable gland: 5 x M40 (10 - 28 mm) |
| Multi core option (multi core cable) | Cable gland: 1 x multi core connection Ø 16 - 61.4 mm + 1 x M32 (10 - 25 mm) |
| AC Daisy Chaining option (single core cable) | Cable gland: 10 x M32 (10 - 25 mm) |
DC Connection Technology
| Cable cross section | 4 - 6 mm² |
|---|---|
| Conductor material | Cu |
| Connection terminals | DC direct connection, Stäubli Multi Contact MC4 |
More information about the features of this product
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Downloads
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FOOTNOTES FOR TECHNICAL DATA
1) According to IEC 62109-1
2) Unrestricted voltage range
3) At 580Vdc / 800Vdc / 930Vdc
4) Direct in the sun is possible
5) At an ambient temperature of 50°C
6) AC-, DC -Overvaltage protection; Typ 1+2: Iimp 5kA
7) An Ethernet star-configuration is used for communication with multiple inverters. Each individual inverter communicates independently with the network/Internet via its integrated data logger
8) Find more certifications at www.fronius.com/tauro-cert
9) At 230 V actual mains voltage; design recommendation (Umpp min): 600V
* Isc pv = Isc max ≥ Isc (STC) x 1,25 according to e.g..: IEC 60364-7-712, NEC 2020, AS/NZS 5033:2021.