Introducing the Inverex Nitrox 35kW 3-Phase 5G PV Solar On-Grid Inverter, a high-performance solution for grid-connected photovoltaic systems. With dimensions of 647.5W x 537H x 303.5D and a weight of 44.5 kg, it offers a compact and lightweight design for easy installation. Featuring a transformerless topology, it ensures efficient energy conversion. With a maximum DC power of 45.5 kW and input voltage of 1000V, it maximizes energy capture from solar panels. Operating in three phases, it delivers a reliable output power of 35 kW, making it suitable for large-scale solar installations. The Inverex Nitrox 35kW 3-Phase 5G PV Solar On-Grid Inverter is your trusted choice for reliable and efficient solar energy conversion.
High Power Output: Generates 35 kW for large-scale solar installations.
Compact Design: Space-saving dimensions for easy installation.
Transformerless Topology: Ensures efficient energy conversion.
High DC Power Capacity: Handles up to 45.5 kW of DC power.
Three-Phase Operation: Suitable for three-phase electrical systems.
Wide Input Voltage Range: Accepts input voltages up to 1000V.
Product Specifications
Type
pv solar on grid inverter
size
647.5w x 537h x 303.5d
output power
35 kw
topology
transformerless
dc power
45.5 kw
energy source
grid-connected pv
phase
3-phase
weight
44.5 kg
input voltage
1000 v
Product Details
Introducing the Inverex Nitrox 35kW 3-Phase 5G PV Solar On-Grid Inverter, a high-performance solution for grid-connected photovoltaic systems. With dimensions of 647.5W x 537H x 303.5D and a weight of 44.5 kg, it offers a compact and lightweight design for easy installation. Featuring a transformerless topology, it ensures efficient energy conversion. With a maximum DC power of 45.5 kW and input voltage of 1000V, it maximizes energy capture from solar panels. Operating in three phases, it delivers a reliable output power of 35 kW, making it suitable for large-scale solar installations. The Inverex Nitrox 35kW 3-Phase 5G PV Solar On-Grid Inverter is your trusted choice for reliable and efficient solar energy conversion.