Deye 30kW Inverter | High Voltage Three Phase

Deye 30kW Inverter – High Voltage Three Phase Hybrid

The Deye 30kW Inverter is a powerful three-phase high-voltage hybrid inverter for larger solar and battery systems. It combines solar generation, high-voltage battery storage and grid electricity within one energy-management platform.

With a 30kW output capacity, the inverter suits commercial, agricultural and industrial applications. Therefore, it can form the centre of a larger solar energy system where substantial electrical loads need to be managed.

High-Voltage Battery Support

The inverter works with compatible high-voltage lithium battery systems.

A high-voltage battery architecture suits larger energy-storage installations. Furthermore, BMS communication allows compatible batteries and the inverter to exchange important operating information.

However, battery compatibility should always be confirmed using the exact battery model, communication protocol and inverter firmware. Do not assume compatibility based only on battery voltage.

Deye 30kW Inverter Solar Management

The Deye 30kW Inverter provides advanced MPPT management for connected solar panels.

This gives installers flexibility when designing larger PV arrays. Different solar strings can form part of the system when they remain within the inverter’s electrical limits.

As a result, installers can design the solar array according to the property’s energy requirements and available installation space.

Correct PV sizing remains essential. Therefore, installers should calculate string voltage, current and total PV capacity before installation.

Three-Phase Hybrid Energy Management

The inverter combines solar, battery and grid energy within a three-phase system.

During the day, available solar generation can supply connected loads. Excess energy can also charge the battery according to the selected operating settings.

Battery energy can then support loads when solar generation becomes insufficient. Meanwhile, grid electricity can provide additional energy when required.

This flexible operation makes the inverter suitable for commercial energy-management applications.

Battery and Backup Power

Compatible high-voltage battery storage allows the system to provide backup energy when required.

The available backup time depends on battery capacity, state of charge and the connected electrical load.

Therefore, installers should calculate the required battery capacity according to the customer’s energy consumption and desired backup time.

Smart Energy Management

The Deye hybrid platform provides energy-management functions for larger solar installations.

Users can configure operating periods according to their energy requirements. This can help businesses make better use of available solar generation and battery storage.

Actual energy savings will depend on solar production, electricity consumption, battery capacity and system configuration.

Monitoring and Communication

Compatible Deye monitoring equipment allows users to monitor important system information.

Users can review solar generation, battery operation and overall system performance. As a result, system owners can better understand how their energy system performs throughout the day.

Communication options also support integration with compatible battery-management systems.

IP65 Protection

The inverter features an IP65-rated enclosure, according to Deye’s product documentation for this inverter family. This provides protection against dust and water ingress for suitable installations.

However, installers must still follow Deye’s installation requirements when choosing the mounting location.

Scalable Commercial Solar Solution

The inverter suits larger solar and energy-storage projects where system scalability is important.

Commercial properties can combine solar generation with high-voltage battery storage to create a flexible energy system.

This makes the inverter suitable for projects where energy requirements may grow over time.

Key Benefits

• 30kW hybrid inverter output
• Three-phase architecture
• High-voltage battery support
• Suitable for compatible lithium batteries
• BMS communication
• Advanced MPPT solar management
• Solar, battery and grid integration
• Backup-power capability
• Smart energy management
• Remote monitoring options
• IP65-rated enclosure
• Suitable for larger PV arrays
• Commercial applications
• Agricultural applications
• Industrial energy systems