Maximum efficiency

≥ 98.6% (380 V), ≥ 98.8% (480 V)

≥ 98.6% (380 V/400 V), ≥ 98.8% (480 V)

Efficiency in China

≥ 98.2% (380 V), ≥ 98.4% (480 V)

/

Efficiency in Europe

/

≥ 98.3% (380 V), ≥ 98.4% (400 V), ≥ 98.6% (480 V)

Maximum input voltage^a

1100 V

1100 V

Operating voltage range^b

200–1000 V

200–1000 V

Minimum startup voltage

200 V

200 V

Full-load MPPT voltage range^c

540–800 V (380 V)

625–850 V (480 V)

540–800 V (380 V/400 V)

625–850 V (480 V)

Rated input voltage

600 V (380 V), 720 V (480 V)

600 V (380 V/400 V), 720 V (480 V)

Maximum input current (per MPPT)

48 A

48 A

Maximum input current (per PV string)

23 A

23 A

Maximum short-circuit current (per MPPT)

66 A

66 A

Number of inputs

21

21

Number of MPPT circuits

7

7

Note a: The maximum input voltage is the maximum DC input voltage that the inverter can withstand. If the input voltage exceeds this value, the inverter may be damaged.

Note b: If the input voltage is beyond the operating voltage range, the inverter cannot work properly.

Note c: The PV strings connecting to the same MPPT circuit shall use the same model and quantity of PV modules. It is recommended that the PV string voltage be higher than the lower threshold of the full-load MPPT voltage.

Rated output power

150 kW

150 kW

Maximum apparent power

165 kVA

165 kVA

Maximum active power (cosφ = 1)

165 kW

165 kW

Rated output voltage^a

Phase voltage/Line voltage: 220/380 V, 277/480 V

3W + (N)^b + PE

Phase voltage/Line voltage: 220 V/380 V, 230 V/400 V, 277 V/480 V

3W + (N)^b + PE

Rated output current

227.9 A (380 V)

180.4 A (480 V)

227.9 A (380 V)

216.5 A (400 V)

180.4 A (480 V)

Adapted power grid frequency

50 Hz/60 Hz

50 Hz/60 Hz

Maximum output current

250.7 A (380 V)

198.5 A (480 V)

253.2 A (380 V)

240.5 A (400 V)

200.5 A (480 V)

Power factor

0.8 leading to 0.8 lagging

0.8 leading to 0.8 lagging

Maximum total harmonic distortion (rated power)

< 1% (rated working conditions)

< 1% (rated working conditions)

Output DC component (DCI)

< 0.5% of the rated current

< 0.5% of the rated current

Note a: The rated output voltage is determined by Grid code, and Grid code can be set on the SUN2000 app, SmartLogger, or management system.

Note b: You can determine whether to connect the N wire to the SUN5000 based on the application scenario. In scenarios without N wires, set Output mode to Three-phase, three-wire. In scenarios with N wires, set Output mode to Three-phase, four-wire.

Arc-fault circuit interrupter (AFCI)

Supported

Supported

Built-in PID recovery

Supported

Supported

Input DC switch

Supported

Supported

Anti-islanding protection

Supported

Supported

Output overcurrent protection

Supported

Supported

Input reverse connection protection

Supported

Supported

PV string fault detection

Supported

Supported

DC surge protection

Type II

Type II/Type I (optional)

AC surge protection

Type II

Type II

Insulation resistance detection

Supported

Supported

Residual current monitoring unit (RCMU)

Supported

Supported

Overvoltage category

PV II/AC III

PV II/AC III

Display

LED indicator, USB data cable + App

RS485

Supported

AC MBUS

Supported

Optimizer

Supported

Dimensions (W x H x D)

1000 mm x 710 mm x 395 mm

1000 mm x 710 mm x 395 mm

Net weight (including hanging kits)

102 kg

102 kg

Operating ambient temperature

–25°C to +60°C

–25°C to +60°C

Cooling mode

Smart air cooling

Smart air cooling

Operating altitude

0–5000 m (derated when the altitude exceeds 4000 m)

0–5000 m (derated when the altitude exceeds 4000 m)

Relative humidity

0%–100% RH

0%–100% RH

Input and output terminals

DC input terminals: CT75A-1T-34/CT75A-1T-35 (AVIC JONHON)

AC output terminals: waterproof terminal + OT/DT terminal

DC input terminals: HH4SFD4TMS/HH4SMD4TMS

(Amphenol)

AC output terminals: waterproof terminal + OT/DT terminal

IP rating

IP66

IP66

Topology

Transformerless

Transformerless