Solar inverter SPI33K-B-X2 33 kW 3F Kehua
Three-phase grid string inverter SPI33K-B X2 power 33 kW Wi-Fi with 3 independent MPPT inputs
1696.28excl. VAT
1,696.28 € incl. VATKehua SPI33K-B X2 is a three-phase grid inverter designed to work with standard PV strings. It has 3 independent MPPT inputs and standard MC4 connectors. The inverter has AC and DC overcurrent protectors built in. It has anti-island, reverse polarity, and short circuit protectors, and type II DC / AC surge arresters. The inverter also has integrated DC switch which allows safe usage of the PV system, and remote monitoring which provides easy configuration, viewing the system’s operation and energy export.
Product characteristics:
- Maximum efficiency 98.6%
- 3 independent MPPT inputs
- I&V Intelligent diagnostis
- Built-in AFCI function
- Input voltage from 180 to 1100 V
- Wide range of grid voltage
- Ambient temperature range: -35 + 60 degrees C
- Active cooling
Operation and installation:
- Easy installation and demounting thanks to mounting brackets
- DC reverse polarity protection
- Built-in overcurrent protectors on AC and DC side
- Built-in short-circuit protectors on AC side
- Communication via RS 485, WiFi, 4G (optional), Bluetooth (optional)
- Protection degree IP66
- Dimensions 550 x 480 x 200 mm
- Weight: 27 kg
Operation:
- Remote monitoring
- Configuration through the application
- Remote updates
- LED control indicator on the case
Kehua inverter installation instructions:
SPI33K-B-X2
Attributes
- Type
- Grid inverter
- Power [W]
- 33000
- Euro efficiency [%]
- 98.1
- Max. efficiency [%]
- 98.6
- Max. voltage [V]
- 1100
- Max. MPPT voltage [V]
- 1100
- Min. MPPT voltage [V]
- 180
- Initial feed-in voltage [V]
- 150
- Max. current [A]
- 30
- Maximum output current [A]
- 52.4
- Feed-in phases
- 3
- Number of MPPT inputs
- 3
- Weight [kg]
- 27
- Communication type
- Bluetooth
LTE 4G
RS485
WiFi - Product warranty
- 10 years
Kehua inverter installation instructions:
Three-phase grid string inverter SPI33K-B X2 power 33 kW Wi-Fi with 3 independent MPPT inputs