Solis 125KW 3 Phase OnGrid Solar Inverter
inverter

Solis 125KW 3 Phase OnGrid Solar Inverter

by Solis (Ginlong)

PKR 1,120,000

Shipping You have to pay Partial Payment for order confirmation Estimated Shipping Time: 24 to 72 Hours 100% Original & Official Product

  • Free consultation included
  • Installation available on request
  • WhatsApp support, typical reply < 15 min

About this product

Solis 125kW Three Phase On-Grid Solar Inverter The Solis 125kW Three Phase On-Grid Solar Inverter is a high-performance, reliable solution for large-scale commercial and industrial solar power systems. Engineered for maximum efficiency and safety, it boasts advanced features such as integrated AC & DC disconnect switches, intelligent string monitoring, and flexible communication modes. This inverter is ideal for maximizing energy yield while ensuring system safety and durability. Key Features: Integrated AC & DC Disconnect Switches: Enhances safety and ease of maintenance. Touch Safe DC Fuse Holders: Increases safety and user convenience. Anti-PID Function: Improves system efficiency and prolongs PV module lifespan. Maximum Efficiency up to 99.00%: Ensures optimal energy conversion. 20 Strings Input Support: Allows for flexible system configuration and expansion. 1.5 DC/AC Inverter Load Ratio: Maximizes power generation. Intelligent String Monitoring: High-precision monitoring to reduce fault location time. Flexible Communication Modes: Ethernet/RS485 support for real-time monitoring. Built-in Lightning Protection: Comprehensive AC and DC lightning protection. WiFi Monitoring Available: Compatible with both Android and iOS devices. Technical Specifications: DC Values: Max DC Input Power: 187,500W Max DC Input Voltage: 1500V Startup Voltage: 900V MPPT Voltage Range: 860-1450V Max Input Current: 150A Max Short Circuit Current: 300A MPPT Number: 1 Max Input Strings: 20 AC Values: Rated Output Power: 125,000W Max Apparent Output Power: 125,000 VA Rated Grid Voltage: 600V Grid Voltage Range: 528-660V Rated Grid Frequency: 60Hz Operation Phase: 3/PE Max Output Current: 120A Power Factor: 0.8 leading to 0.8 lagging THDi: <3% Efficiency: Max Efficiency: 99.00% CEC Efficiency: 98.50% MPPT Efficiency: >99.90% Protection Features: DC Reverse-Polarity Protection Short Circuit Protection Output Overcurrent & Over Voltage Protection Insulation Resistance Monitoring Residual Current Detection Surge Protection (DC II / AC II) Grid Monitoring & Islanding Protection DC Switch / AC Switch DC Fuse & String Level Monitoring Anti-PID Function: Optional General Data: Dimensions: 1176W × 713.5H × 315D mm Weight: 66.7 kg Topology: Transformerless Self Consumption (Night): <3W (without anti-PID) Operating Temperature Range: -25°C to +60°C Ingress Protection: NEMA 4X / IP65 Cooling Concept: Fan Cooling Max Operation Altitude: 4000m Noise Emission: ≤55dB(A) Compliance: UL 1741, UL 1741SA, UL 1998, UL 1699B, IEEE 1547, FCC Part 15 (Class A & B), CAN/CSA C22.2 107.1-1, Rule 21 Phase I, II & III Communication and Monitoring: DC Connection: MC4 AC Connection: OT Terminal connectors (Max. 185mm²) Display: LCD, 2×20 Communication Connections: RS-485, Ethernet OTA Update: Yes WiFi/GPRS Real-time Monitoring: Available on both iOS and Android Warranty: 10 Years Standard Warranty (Extendable to 20 Years) Why Choose Solis 125kW Three Phase On-Grid Solar Inverter? Maximum Efficiency: Industry-leading efficiency of 99.00% ensures the best energy yield. Flexible Configuration: Supports up to 20 strings input, allowing flexible system design and expansion. Comprehensive Protection: Built-in lightning protection and anti-PID function ensure safety and durability. Advanced Monitoring: Real-time monitoring through multiple communication modes, including WiFi. Durability and Reliability: IP65 ingress protection and NEMA 4X rating make it suitable for harsh environmental conditions. This Solis 125kW Three Phase On-Grid Solar Inverter is the perfect solution for commercial and industrial solar power systems, offering unmatched efficiency, safety, and reliability. Ideal for maximizing energy yield while ensuring system durability and safety.