Rack-mounted Hybrid Inverter 30kW | Three‑Phase Multi‑MPPT Solar & Storage Solution

Page Overview

This rack-mounted hybrid inverter is designed for high-performance photovoltaic energy storage applications, integrating photovoltaic power generation, battery energy storage, and grid connection into a compact rack-mount design. Featuring advanced maximum power point tracking (MPPT) algorithms, intelligent control, and industrial-grade protection, it provides stable and efficient energy management for commercial, industrial, and other scenarios.

Key Features

Rack-mounted Hybrid Inverter

This rack-mounted hybrid inverter is a high-performance energy conversion platform designed for modern photovoltaic energy storage applications. It integrates photovoltaic power generation, battery energy storage, and grid replenishment into a compact rack-mount structure, providing efficient, stable, and intelligent energy management for industrial and commercial environments.

Equipped with advanced multi‑branch MPPT, the system optimizes photovoltaic output in real time to maximize generation efficiency. Its built‑in ATS module enables smooth switching between on‑grid and off‑grid modes, while multiple operating modes support online switching without interruption. The inverter adapts to three‑phase four‑wire 100% unbalanced loads, and allows flexible configuration of charging and load priorities to meet diverse application needs.

This inverter supports constant voltage, constant current, and constant power charging and discharging, with a conversion efficiency of up to 98.6%. This rack-mounted hybrid inverter is designed for demanding applications and is widely used in microgrids, telecom base stations, factories, and other locations, providing reliable clean energy solutions.

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Intelligent Hybrid Energy Management

It integrates ATS automatic switching, online mode switching, and multiple working modes, enabling intelligent scheduling between photovoltaics, energy storage, and the grid to achieve smooth off-grid/grid switching. It also supports flexible setting of charging and load priorities and is compatible with 100% unbalanced three-phase four-wire loads.

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High-efficiency power generation

It supports multi-channel MPPT photovoltaic access and optimizes power generation efficiency in real time; it has refined battery management capabilities, supports constant voltage, constant current, and constant power charging and discharging modes, is compatible with various battery types, and ensures long-term stable operation of the system.

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Modular high-reliability design

It adopts a modular structure and a three-level topology, achieving a maximum efficiency of 98.6% and possessing excellent power quality; it supports parallel expansion and has built-in multiple protections (overvoltage/overcurrent/leakage, etc.), making it suitable for deployment in various scenarios such as microgrids, communication base stations, factories, farms, hospitals, shopping malls, and hotels.

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System Components

Technical Specifications

Updated June 12, 2026

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Application Scenarios

Why Choose This System?

1. Industrial‑Grade Reliability for Critical Applications

Equipped with comprehensive protections (overvoltage, overcurrent, leakage), the system ensures stable operation in demanding environments such as microgrids, telecom sites, factories, farms, hospitals, and commercial facilities.

2. Customizable for OEM/ODM Projects

Supports flexible customization including communication protocols, battery compatibility, system configuration, and branding requirements—ideal for EPCs, integrators, and energy storage solution providers seeking tailored system designs.

3. Backed by Extensive Industry Experience

Developed by a team with deep expertise in solar energy storage engineering, the system has been validated in multiple deployment projects around the world, ensuring its reliability, stability, and ability to provide professional technical support for complex projects.

FAQ

Q1:What types of batteries are compatible with this hybrid inverter?

A1:The system supports multiple battery chemistries, including lithium‑ion, lead‑acid, and lead‑carbon. It also offers refined battery management with constant‑voltage, constant‑current, and constant‑power charging/discharging modes.

Q2:Can the inverter switch between on‑grid and off‑grid modes without interruption?

A2:Yes. The built‑in ATS module enables smooth and seamless switching between on‑grid and off‑grid modes, ensuring continuous power for critical loads.

Q3:Does the system support unbalanced three‑phase loads?

A3:Yes. It supports three‑phase four‑wire output with 100% unbalanced load capability, making it suitable for industrial and commercial applications.

Q4:How many MPPT channels does the inverter support?

A4:The system supports multi‑branch MPPT input, allowing multiple PV strings to operate independently for higher solar generation efficiency.

Q5:Is the system scalable for larger energy storage projects?

A5:Yes. The modular rack‑mounted design supports parallel expansion, enabling flexible capacity growth for microgrids, telecom sites, factories, and commercial facilities.

Q6:Can this product be customized for OEM/ODM projects?

A6:Absolutely. Customization options include communication protocols, battery compatibility, system configuration, enclosure design, and branding—ideal for EPCs and integrators.

Q7:What protection features are included?

A7:The inverter includes overvoltage, overcurrent, leakage, short‑circuit, and system‑level protections to ensure long‑term safe operation.

Q8:Where can this hybrid inverter be used?

A8:It is widely used in microgrids, telecom base stations, factories, farms, hospitals, shopping malls, hotels, and off‑grid or weak‑grid environments.

Page Overview

This rack-mounted hybrid inverter features real-time maximum power point tracking (MPPT) optimization, intelligent battery management, and seamless grid connection support. Its comprehensive protection features ensure reliable operation in various industrial, commercial, and other application scenarios. This inverter enables a stable, efficient, and sustainable energy supply.