Your Professional Household Inverter Supplier
Founded in 2016, Voltix is a leading international brand specializing in integrated solar-storage-charging solutions. We operate a 20,000+ m² factory with over 200 employees,Our fully-owned manufacturing system covers battery production, solar modules, inverters, energy storage systems, and charging equipment, allowing us to offer comprehensive solutions to meet the global demand for sustainable energy.
Why choose us
Our Certificate
The products have passed international certifications such as ISO9001、ISO14001、CE, RoHS, and UN38.3, and comply with safety standards such as IEC62133, ensuring compliance and safety when entering the global market.
Strong R&D Capability
Our team includes 30+ skilled engineers. We focus on battery design, BMS control, and integrated solar-storage-charging technology.
Sales Market
We export our products to Southeast Asia, Europe, South Africa, and more. We offer energy solutions for different regions.
Wide Product Applications
Our systems work in homes, commercial and industrial parks, telecom sites, e-mobility, and off-grid areas. They support many real-world needs.
The Hybrid Inverter For Home are designed to improve an individual's flexibility and independence in power consumption. It helps to manage the power system based on specific usage time and local rate structure, significantly reducing the amount of electricity purchased from the public grid. It help individual to mitigate their repliance on the local grid system, provide un-interruptible power supply for household, and in the meantime, ensure the safety operation whenever there's a emergency occurred.
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Inverter type |
Hybrid solar inverter |
|
Input Voltage |
120VDC |
|
Output Voltage |
230VAC |
|
Output Current |
80A |
|
Output Frequency |
50/60hz |
|
Output Type |
Single, Multiple |
|
Size |
330X485X135mm |
|
Type |
DC/AC Inverters, Growatt Inverter |
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Inverter Efficiency |
93% |
|
Certificate |
CE, ISO, CCC |
|
Warranty |
5 Years |
|
Weight |
12KG |
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RATED POWER |
5000W |
|
Surge Power |
10000VA |
|
Efficiency (Peak) |
93% |
|
Waveform |
Pure sine wave |
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Dimension (D/W/H) in mm |
130/350/455 |
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Battery type |
48V DC Lithium / Lead acid |
|
Noise emission (typical) |
≤25 dB(A) |
|
Operating Temperature |
0°C - 55°C |
|
Storage Temperature |
-15°C - 60°C |
Features of Hybrid Inverter For Home
Multiple Power Sources
Draws energy from solar, battery, and grid as needed.
Battery Storage Integration
Stores excess solar power for use during outages or high-demand periods.
Grid Interaction Capabilities
Allows users to export energy to the grid, potentially earning credits.
Smart Monitoring and Automation
Enables real-time tracking of energy consumption and automated energy management.
Advantages of Hybrid Inverter For Home
Energy Monitoring: Hybrid inverters simplify energy monitoring by allowing you to check vital data such as performance and energy production through the inverter's panel or a connected smart device. This eliminates the need to monitor multiple inverters separately.
Improved Performance: Hybrid inverters perform exceptionally well compared to other types of solar inverters. They aid in the elimination of issues like intermittent sunlight and unreliable utility grids, ensuring a more reliable and efficient energy production. Additionally, hybrid inverters allow you to store energy for future consumption, including backup power during power outages or peak hours.
Cost Savings: Hybrid inverters can result in significant energy cost savings. By using both power from the grid and your battery, they reduce your reliance on grid electricity, which can lead to a reduction in energy costs by up to 50% .
Environmental Benefits: Hybrid inverters help reduce carbon emissions by utilizing both AC and DC power sources. By switching between these power sources, they contribute to a more sustainable and environmentally friendly energy consumption.
Versatility: Hybrid inverters offer the advantage of being able to convert electricity in both directions. They can convert DC electricity from solar panels to AC for your home's use, and they can also convert AC electricity from the grid to DC power for charging solar batteries or electric vehicles. This versatility makes hybrid inverters a good option for homeowners considering energy storage options or planning to add an electric vehicle.
AC-Coupled Hybrid Inverters
AC-coupled hybrid inverters are powered by the electrical system's alternating current. They’re often easier to adapt to existing solar systems since they use the same alternating current (AC) energy as the dwelling. These types of inverters are suitable for adding battery backup to an existing solar system.
DC-Coupled Hybrid Inverters
DC-coupled hybrid inverters are wired directly to the DC side of solar panels and batteries. This configuration is typically more efficient since it reduces the amount of energy conversions needed, resulting in smaller energy losses. DC-coupled systems are ideal for new installations that are built from the ground up for maximum efficiency.
Differences and Suitable Applications
AC-coupled systems are superior for converting existing solar installations, but DC-coupled systems are economical for new installations. The decision between the two is determined by the user's demands and circumstances.
Applications of Hybrid Inverter For Home
Commercial and business use
Businesses need to ensure the uninterrupted operation of their industrial processes, which can easily be achieved with a hybrid inverter.
Off-grid and remote locations
Hybrid inverters can provide a reliable source of electricity by integrating solar panels and batteries, while they also support backup generators, which is essential in off-grid areas.
On-grid solar systems
With hybrid inverter with storage. These types of inverters allow users to lower their electricity bills by using stored excess energy.
Solar Panels
Solar panels are the primary source of renewable energy, producing direct current (DC) electricity from the sun. The total energy-generating capacity of the system is determined by the quantity and quality of solar panels.
Battery Storage
Excess solar energy produced during the hours of maximum sunlight is stored in solar batteries. By using this stored energy at off-peak times, you may lessen your need on the grid and have a constant power source.
Inverter Unit
The hybrid inverter is the system's main component, which turns DC power from solar panels and batteries into AC for home usage. It also controls the charging and draining of the batteries.
Monitoring and Control Systems
Advanced monitoring systems enable users to monitor generation, use, and storage space in real-time. These systems usually include mobile applications or online interfaces that provide insights as well as control over the energy management system.
Working Principle of Hybrid Inverter For Home
An inverter is a device that converts DC (direct current) power into AC (alternating current) power. In solar systems, this conversion is essential for running lamps, appliances, and other electronics, as AC is the standard power form in homes and businesses.
DC is a current that flows in one direction, while AC alternates its flow back and forth many times per second. Inverters use a process called pulse width modulation (PWM) to convert DC to AC. PWM works by rapidly turning the DC current on and off, making the average voltage output equivalent to AC. This conversion happens within microseconds, and the AC power is then distributed to power your home or business appliances.
To convert AC back into usable DC power, a rectifier is needed. A rectifier, the inverse of an inverter, converts AC into pulsing DC, which can be stored in system batteries. This conversion process is known as rectification.
A hybrid inverter combines the functions of both an inverter and a rectifier. It can convert DC power from solar panels to AC power for use in your home and convert AC power from the grid to DC power for battery storage.
Batteries store DC power, which is produced by solar panels. Inverters convert this DC power to AC for home or business use and can charge batteries by directing excess energy to storage rather than immediate use. In the event of a grid outage or poor weather conditions, inverters switch to battery power automatically. If sunlight is insufficient and battery power is low, the hybrid inverter can pull AC power from the grid to charge the DC batteries.
How to Choose Hybrid Inverter For Home
System Size
Choose an inverter with power capacity matching your solar panel output (measured in kW).
01
Efficiency Rating
Look for inverters with at least 95–98% efficiency.
02
Warranty & Support
Opt for brands offering at least 5–10 years warranty.
03
Budget & Features
Hybrid inverters may cost more but offer advanced features.
04
Installation Environment
Outdoor inverters should be weather-resistant and properly ventilated.
05
Installing of Hybrid Inverter For Home
Assess the Installation Site and Design the System
Start with a thorough evaluation of your energy needs, available roof space, and local grid requirements. Choose a hybrid inverter that matches the capacity of your solar panels and battery system. The installation site should be shaded, dry, and well-ventilated to prevent overheating and ensure long-term reliability.
Mount the Inverter
Secure the inverter on a wall or other solid surface using the appropriate mounting hardware. Ensure that there is sufficient clearance around the unit to allow for air circulation. Follow the manufacturer’s guidelines for safe and stable mounting.
Perform Electrical Connections
Connect the solar panel array to the inverter's DC input terminals, the battery system to the battery input terminals, and the inverter to your home’s main AC distribution board. Proper grounding is essential to ensure electrical safety and system stability.
Set Up Communication and Monitoring
Connect the inverter to a local network using Wi-Fi or Ethernet. Configure the communication settings to integrate with monitoring platforms, smart meters, and battery management systems. Most hybrid inverters come with mobile apps or web portals for performance tracking.
Configure System Settings and Commission
Power on the system and configure the inverter’s operational settings, including battery charge limits, energy priorities, and backup preferences. Conduct tests to ensure the system is operating correctly and efficiently. Update firmware if needed to activate the latest features.
Final Inspection and Grid Connection
After installation, a certified technician should inspect the system to ensure compliance with local regulations. Coordinate with the utility provider to complete grid interconnection procedures. Once approved, activate the system and begin producing and storing clean energy.
We're well-known as one of the leading household inverter manufacturers and suppliers in China. With abundant experience, we warmly welcome you to wholesale high quality household inverter made in China here from our factory. Contact us for more details.
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