HomeProductsSolar InvertersHybrid inverterDeye 14-20kW High-Power 3-Phase Inverter Industrial Energy Solution

Deye 14-20kW High-Power 3-Phase Inverter Industrial Energy Solution

  • 350A Charging | 10 Unit Parallel | IP65 | Industrial Energy Solution - 

    Industrial-grade Deye 3-phase hybrid inverters (14-20kW) with massive 350A charging, 10-unit parallel capacity, and transformer isolation. Features 100% unbalanced load, IP65 protection, and -40°C to +60°C operation.

  • ⚡ Industry-Leading 350A Charging - Ultra-high current for rapid battery cycling - 
  • 🔄 Massive Parallel Capacity - Connect up to 10 units (200kW total system) - 
  • ⚖️ 100% Unbalanced Output - 50% rated power per phase flexibility - 
  • 🛡️ Transformer Isolation - Enhanced safety for industrial environments - 
  • 🌡️ Extreme Temperature Range - -40°C to +60°C operation - 
  • 📶 Advanced Monitoring - 6-time control + GPRS/WiFi/4G options - 
  • 🏗️ High Power Density - Up to 20kW in compact 456×750×268.5mm chassis - 
  • 🔋 Dual Battery Support - Lithium-ion & lead-acid compatibility - 
  • 🌪️ High Altitude Operation - 3000m elevation capability - 
Deye hybrid solar inverter series
Deye hybrid solar inverter packaging and delivery
Deye hybrid solar inverter working
Deye hybrid solar inverter installation
Deye hybrid solar inverter series
Deye hybrid solar inverter packaging and delivery
Deye hybrid solar inverter working
Deye hybrid solar inverter installation

Share:

Deye Solar Inverter Product Detailed Description

The Deye SUN Series High-Capacity Three Phase Hybrid Inverter represents the pinnacle of industrial-scale energy management, offering unparalleled 350A charging/discharging capability in a robust IP65-rated package. Designed for commercial and utility-scale applications, these inverters (14kW-20kW models) combine exceptional power density with advanced features like transformer isolation and 100% unbalanced load capacity.

Engineered for demanding environments, the system operates reliably from -40°C to +60°C and at altitudes up to 3000m. The wide MPPT voltage range (160-650V) ensures maximum energy harvest from large PV arrays, while 97.6% peak efficiency minimizes operational costs. The intelligent parallel function allows connection of up to 10 units, creating systems up to 200kW total capacity.

With comprehensive protection mechanisms including arc fault detection and surge protection, these inverters provide industrial-grade reliability. The optional remote monitoring system (GPRS/WiFi/4G/LAN) enables centralized management of distributed energy assets, while the 6-time period scheduling allows precise control over energy flows to match tariff structures.

Deye14-20kW Technical Specifications

Category14KW16KW18KW20KW
Max PV Power25,600W28,800W32,000W40,000W
Battery Voltage40-60V40-60V40-60V40-60V
Max Charge Current260A280A330A350A
AC Output14,000W16,000W18,000W20,000W
Peak Power28,000W32,000W36,000W40,000W
MPPT Range160-650V160-650V160-650V160-650V
Efficiency97.6%97.6%97.6%97.6%
Unbalanced Load100% (50%/phase)100% (50%/phase)100% (50%/phase)100% (50%/phase)
Dimensions456×750×268.5mm456×750×268.5mm456×750×268.5mm456×750×268.5mm
Weight50.6kg50.6kg50.6kg50.6kg
Noise Level<60dB<60dB<60dB<60dB

FAQS

Q :

What applications is this high-power inverter best suited for?

A :

This industrial-grade inverter is ideal for commercial buildings, manufacturing facilities, agricultural operations, and utility-scale solar+storage projects requiring robust three-phase power with advanced energy management capabilities.

Q :

How does the 350A charging capability benefit my operation?

A :

The massive 350A charging current enables ultra-fast battery cycling, allowing you to: 1) Maximize ROI by completing multiple charge/discharge cycles daily 2) Quickly store surplus solar energy 3) Respond rapidly to demand response events or peak shaving requirements.

Q :

What monitoring systems integrate with this inverter?

A :

The system supports: RS485/RS232/CAN for industrial BMS integration, GPRS/WiFi/4G/LAN for remote monitoring, and is compatible with most third-party SCADA systems through standard communication protocols.