China DC-to-AC Inverter Manufacturers Suppliers Factory - Customized DC-to-AC Inverter

Your Professional DC-to-AC Inverter Supplier

We are a manufacturer of solar inverters, energy storage systems, and EV charging solutions with fully integrated in-house production.

We offer a complete range of clean energy products, including solar inverters, energy storage systems, EV charging stations, and battery packs.

1-5kw Off Grid Energy Storage Inverter
Models & Rated Power: ACT VP 1000-12 | ACT VM 1200-12| ACT VP 2000-24 | ACT VM 2200-24| ACT VP 3000-24| ACT VM 3200-24| ACT VP 5000-48| ACT VM 5500-48Input Voltage: 230VACSelectable Input Voltage
Hybrid Solar Panel Inverter
Models & Rated Power: ACT VM II PRO 1.6KW / ACT VM II PRO 3.2KW / ACT VM II PRO 4KW / ACT VM II PRO 6KWAC INPUT:AC Voltage: 230VACVoltage Range: 170–280VAC (For Personal Computers) / 90–280VAC (For
11kw On & Off Grid Energy Storage Inverter
PV Range:60-450VDC2X MPPTDual outputs for smart load managementConfigurable AC/PV output usage time and prioritizationTouchable button with 4.3 colored LDC with RGB light for statusWork without
DC To AC Solar Converter
Operating Voltage Range: 60–450 VDCMPPT Channels: Dual independent MPPTSmart Load Outputs: Dual output portsOutput Configuration: Configurable AC/PV output timing and priorityDisplay: 4.3 inch color
1600W High-Power Micro Inverter With IoT Smart Monitoring
Model Series: ACT-MI-1600W. Rated Power: 1600W. Communication: Built-in WiFi IoT data terminal. Monitoring App: Cloud Intelligence APP (Android 5.0+ / iOS 9+). Cloud Platform: Alibaba Cloud IoT. Grid
1200W Micro Inverter With WiFi Smart Monitoring
Model Series: ACT-MI-1200W. Rated Power: 1200W. Communication: Built-in WiFi IoT data terminal. Monitoring App: Cloud Intelligence APP (Android 5.0+ / iOS 9+). Cloud Platform: Alibaba Cloud IoT.
800W Micro Inverter With WiFi Smart Monitoring
Model Series: ACT-MI-800. Rated Power: 800W. Input: Dual DC inputs (solar panels). Output: Grid-tied AC power. Communication: Built-in WiFi IoT data terminal. Monitoring App: Cloud Intelligence APP
Micro Inverter for Home Solar System
Model: CHNB-WVC-1200Rated power: 1200WPeak power: Max 4*375WWave: Modified sine waveWave distortion: ≤3%Frequency: 50/60HzDC input voltage: 22V-60VAC output voltage: 120V-230VProtection:
12v 220v Inverter for Sale
Rated power: 500WPeak power: 1000WWave: pure sine waveDC input voltage: 12/24/48/60VAC output voltage: 220V/230V/240V AC ±3% or 100/110/120V AC ±3%Charging mode: When the power is off, it will switch
Dc To Ac Converter for Home
Rated power: 1000WPeak power: 2000WWave: pure sine waveDC input voltage: 12/24/48VNo load dissipation: Non saving mode 15WOff mode current draw: ≤1mAEfficiency (Typ.): 89%-93%Battery type: Lead
Power Inverter with ATS/ups
Rated power: 1200WPeak power: 2400WWave: pure sine waveDC input voltage: 12/24/48VNo load dissipation: Non saving mode 15WOff mode current draw: ≤1mAEfficiency (Typ.): 89%-93%Battery type: Lead
Modified Sine Wave Inverter
Model: CHNB-X1000Rated power: 1000WPeak power: 2000WWave: Modified sine waveWave distortion: ≤3%Frequency: 50/60HzDC input voltage: 12V/24V/48V/60VAC output voltage: 110V/220VProtection:

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Why Choose Us

Complete Product Qualifications

With certifications including ISO 9001, CE, RoHS, TUV, FCC, CCC, and KC, our products meet major international standards—helping you simplify compliance and enter your target markets with confidence.

100% Pre-Shipment Functional Testing

Each unit undergoes comprehensive functional testing prior to shipment—ensuring reliability, minimizing field failures, reducing warranty liabilities, and safeguarding brand integrity.

System-Level Engineering for Seamless Interoperability

Our solar generation, energy storage, and EV charging solutions are co-engineered as an integrated system—eliminating compatibility risks, mitigating technical integration challenges, and accelerating project commissioning timelines.

Parameter

Item	Specification
Operating Voltage Range	60–450 VDC
MPPT Channels	Dual independent MPPT
Smart Load Outputs	Dual output ports
Output Configuration	Configurable AC/PV output timing and priority
Display	4.3-inch color LCD touch screen
Status Indicator	RGB multi-color LED
Operation Interface	Touch-sensitive buttons
BMS Communication Port	Reserved (CAN or RS485)
Remote Monitoring	Built-in Wi-Fi for mobile app access
Battery-Free Operation	Supported (can operate without battery)
Parallel Capability	Up to 6 units in parallel
Protection Design	Built-in anti-dust kit

Benefits of DC-to-AC Inverter

Provides reliable backup during power outages.

Portable and easy to install.

Reduces dependency on fuel-based generators.

Environmentally friendly when paired with solar energy.

Working Principle of DC-to-AC Inverter

The oscillator circuit generates a square wave at the desired frequency.

Power transistors or MOSFETs amplify this signal and switch the dc input on and off very quickly.

The H-bridge circuit alternates the polarity of the dc electricity, creating an ac waveform.

A transformer steps up the voltage to match what your appliances need.

Filters smooth out the waveform, making it safe for sensitive electronics.

Application of DC-to-AC Inverter

Home Use

Power backup for lights, fans, refrigerators, and TVs.

Solar Power Systems

Converts solar DC to usable AC for homes.

Uninterrupted Power Supply (UPS)

Uninterrupted Power Supply (UPS)

Automobiles and RVs

Allow powering of AC devices on the go.

Industrial Applications

Run motors, pumps, and automation equipment.

Telecommunications

Provide backup for network towers and data centers.

Types of DC-to-AC Inverter

Square Wave Inverters
These are the most basic and inexpensive ways of treatment. They create a square, binary sign waveform that is not a good representation of a true sine wave. The dangerous part is they can cause operation disruptions, breakdowns, or damage to the functional circuits of sensitive technology.

Modified Sine Wave Inverters
The next level of quality is pulse-width-modulation inverters which give the waveform staircase-like that approximates a sine wave. They are auxiliary and reasonably priced compared to pure sine wave inverters, and appropriate for many devices, but still, some delicate electronics will continue to be affected in some way.

Pure Sine Wave Inverters
The smooth and clean AC output that is similar to the sine wave of grid electricity is produced by those. Thus, they constitute the best pick for powering any device such as modern electronics like computers, medical apparatus, and home entertainment systems.

Multilevel Inverters
Hence, the inverters with PWM create a stepped waveform with several voltages that almost perfectly reproduce the AC sine wave. Generally, they are designed for high power usage such as industrial plants or big photovoltaic systems.

Grid-Tie Inverters
Regardless of the type of solar power system connected to the utility grid, the inverters will do the job of conversion of DC solar power into grid-friendly AC power. At the same time, they are synchronized with the grid pulsation and voltage for safe and smooth synchronization.

Hybrid Inverters
Functionally speaking, these hybrid inverters combine and optimize the features of the grid-tie and stand-alone inverters. They help you use solar power, connect the grid, and put the extra energy in batteries for use during power outages.

Certificate

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Logistics

We will help you to choose the best shipping way according to your detail requirements. By sea, by air, or by express, etc.

The time frame of an order delivery is divided into two parts

Processing time: 7-14 Days
Shipping time: 20~30 Days

Shipping methods

DDP, DAP, EXW, etc.

Shipping fee

The shipping fee will be changed according to every pacel's weight.

FAQ

Q: How long do DC to AC inverters last?

A: The lifespan of a solar inverter typically ranges between 10 to 15 years, depending on the type, quality, usage, installation and environmental conditions. String inverters , generally last 10–12 years, while hybrid and microinverters can often last up to 15–20 years due to improved design and heat management.

Q: Can you run an inverter 24 hours a day?

A: Yes, you can run an inverter 24 hours a day, provided it is properly sized, adequately ventilated, and connected to a reliable power source. Modern inverters are designed for continuous operation, and leaving them on is often better for the electronics than constant on/off cycling. However, you must avoid running them consistently near full capacity to ensure long-term reliability.

Q: How many batteries do I need to run a 2000 watt inverter?

A: 2000 Watt Power Inverter: Applications, Battery Requirements ...To run a 2000-watt inverter, you typically need at least two 12V 100Ah lithium batteries (or a 24V system) to prevent excessive strain and provide reasonable runtime. A single 12V battery can technically power it, but will drain quickly and face high-discharge strain. For reliable use, a 200Ah–400Ah capacity at 12V is recommended.

As one of the leading dc-to-ac inverter manufacturers and suppliers in China, our products have good reputation in the market. Please feel free to buy high quality dc-to-ac inverter at competitive price from our factory. Customized orders are welcome.