75KVA 100KVA Pure Sine Wave Inverter Generator

75KVA 100KVA wind inverter with high efficiency

Brand Name: JMHPOWER

Ambient temperature: -10°C ~ +50°C

Humidity: 0-90%, No condensation

Inverter Efficiency: 90%

Noise (1m): ≤ 50dB

Shipment: Home Delivery Service

Payment: T/T, Credit Card, Apple Pay, Google Pay, PayPal, WU, etc

75KVA 100KVA Off Grid Wind Power Inverter Product Overview

75KVA 100KVA Off Grid Wind Power Inverters are designed for large-capacity wind energy and hybrid renewable power systems. They work with wind turbines, battery banks and optional solar power systems to provide AC power for off-grid applications. The system can also be configured with AC bypass and generator input according to different installation requirements.

Wind Solar Hybrid System Configuration

75KVA 100KVA Off Grid Single Phase Inverter Technical Parameters

75KVA 100KVA Off Grid Single Phase Inverter Technical Parameters

75KVA 100KVA Wind Generator Inverter Main Features

The 75KVA 100KVA Wind Generator Inverters provide flexible capacity options for different wind power systems. They deliver single-phase pure sine wave output with a low-frequency transformer design. The inverters support a wide DC input voltage range and integrate AC bypass functions for system flexibility. They work with generators and feature a touch-screen display for easy operation. The system includes multiple protection and warning functions and supports optional RS232, RS485, WiFi, and GPRS communication.

Protection Functions

The inverter incorporates protection and monitoring functions for different operating conditions, including input reverse protection, input under-voltage protection, output overload protection, output short circuit protection and thermal protection.

Optional Functions

The system allows users to configure different charging and backup options based on application requirements, including AC chargers, solar chargers, generator ports, AC bypass, and communication interfaces.

Configuration

Users can configure the inverter according to the wind turbine capacity, battery-bank voltage, AC load requirements, and site conditions. For project-based applications, input/output voltage, charging configuration, bypass and communication functions can be specified before production.

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