| SINVERT PVS2000 INVERTER FOR PV, GRID CONNECT. MV TRANS, IEC 50HZ, 3P, STANDARD MPP, UMAX 820VDC, 12 DC-INPUTS, IP20, AIR COOLING, MAX. UDCSTART 1000V, CABINET HEATING |
| General technical data: |
| Product brand name | | SINVERT |
| Product type designation | | SINVERT PVS2000 |
| Product designation | | photovoltaic inverter |
| Performance class for PV inverters | | 2000 |
| Efficiency maximum possible | % | 98.4 |
| Efficiency | | |
| acc. to Euro | % | 98.3 |
| acc. to CEC | % | 98.3 |
| Design of PV inverter unit | | master-slave combination |
| Number of PV inverter sub-units | | 4 |
| Type of installation | | indoor installation |
| Protection class IP | | IP20 |
| Operating resource protection class | | I |
| Design of the interface for communication | | Ethernet |
| A-rated sound power level maximum | dB | 80 |
| Design of the display | | LCD-TFT |
| National language on the display screen selectable | | English, German |
| Connection method for PV inverters | | without transformer |
| Outputs: |
| Phase number | | 3 |
| Output voltage on the AC side for infeed operation Rated value | V | 288 |
| Output voltage on the AC side for infeed operation | V | 244.8 ... 316.8 |
| Power factor at rated active power value Rated value | | 1 |
| Supplied active power on the AC side | | |
| in permanent operation Rated value | W | 2 000 000 |
| maximum | W | 2 000 000 |
| Current supplied on the AC side maximum | A | 4 008 |
| Line frequency for infeed operation Rated value | Hz | 50 |
| Line frequency for infeed operation | Hz | 49 ... 51 |
| Inductive power factor minimum | | 0.95 |
| Capacitive power factor minimum | | 0.95 |
| Relative residual ripple of AC current at rated AC active power with off-load grid maximum | % | 2 |
| Grounding concept on the AC side | | IT |
| Design of the overvoltage protection on the AC side | | type 1/2 |
| Inputs: |
| MPP voltage | V | 450 ... 750 |
| Consumed active power on the DC side Rated value | W | 2 052 000 |
| Input voltage on the DC side | | |
| for start of the infeed mode | V | 600 |
| for possible infeed operation | V | 450 ... 750 |
| Rated value | V | 450 |
| maximum permissible | V | 1 000 |
| Number of inputs on the DC side | | 12 |
| Input current per DC input maximum | A | 368 |
| Total consumed power on the DC side maximum | A | 4 412 |
| Overcurrent strength per DC input Rated value | A | 368 |
| Design of the overvoltage protection on the DC side | | type 2 |
| Auxiliary circuit: |
| Auxiliary voltage Rated value | V | 400 |
| Consumed active power from external auxiliary voltage | | |
| for infeed operation | | |
| — with cabinet heating maximum | W | 11 600 |
| in night-time operating mode | | |
| — with cabinet heating maximum | W | 1 760 |
| Grounding concept for external auxiliary power supply | | TN-S |
| Auxiliary voltage frequency Rated value | Hz | 50 |
| Ambient conditions: |
| Installation altitude | m | 0 ... 2 000 |
| Installation altitude at rated active power | m | 0 ... 1 000 |
| Incoming air temperature at rated active power value maximum | °C | 40 |
| Ambient temperature | | |
| during operation | °C | 0 ... 50 |
| during storage | °C | -25 ... +70 |
| during transport | °C | -25 ... +70 |
| Relative humidity without condensation during operation | % | 0 ... 95 |
| Relative humidity | | |
| during storage maximum | % | 95 |
| during transport maximum | % | 95 |
| Environmental category | | 3K3 |
| Type of cooling | | Forced-air cooling via fan |
| Cooling air flow | m³/h | 26 000 |
| Type of ventilation | | air intake cabinet front/air outlet cabinet top |
| Mechanical data: |
| Mounting position | | vertical |
| Width of PV inverter subunit | mm | 2 700 |
| Height of PV inverter subunit | mm | 2 100 |
| Depth of PV inverter subunit | mm | 730 |
| Weight of the single device | kg | 2 097 |
| Mounting type | | Floor mounting installation |
