What is a Hybrid Inverter?

A hybrid inverter is a type of inverter that combines the functionality of a solar inverter and a battery inverter. It allows you to store excess solar energy in batteries and use it when needed, ensuring a continuous and reliable power supply.

Unlike traditional inverters, hybrid inverters can intelligently manage power from multiple sources such as solar panels, batteries, and the grid.

This makes hybrid inverters ideal for modern energy systems where energy efficiency, backup power, and cost savings are important.

Working on a Hybrid Inverter

Your solar panels generate electricity in DC form, which is then converted into AC electricity by the hybrid inverter for use in your home or business.

A hybrid inverter:

• Converts DC to AC for consumption
• Stores excess energy in batteries
• Supplies power during outages
• Manages grid interaction efficiently

Hybrid inverters use smart energy management systems to automatically decide whether to use solar power, battery storage, or grid electricity based on availability and demand.

Features of Hybrid Inverter

• • More efficient – maintains power supply during outages
  • Portable – adaptable to different energy needs
  • Long life – designed for durability
  • Compact size – space-saving design
  • Service-free product – low maintenance
  • Reliable for safety – protects from voltage fluctuations
  • Smart monitoring (mobile app / WiFi)
  • MPPT technology for better solar efficiency
  • Seamless switching between power sources

Benefits of Hybrid Inverter 

Hybrid inverters offer several advantages:

• Energy independence from grid
• Reduced electricity bills
• Backup power during outages
• Efficient energy utilization
• Integration with solar systems

Hybrid inverters also help in maximizing solar ROI by storing unused energy instead of sending it back to the grid.

Disadvantages of Hybrid Inverter

The main drawback of a hybrid inverter is the initial cost, which is higher compared to traditional inverters.

However, the long-term savings on electricity bills and reduced dependency on the grid make it a cost-effective investment.

iNVERGY Hybrid Inverters

iNVERGY hybrid inverters are known for their high efficiency and advanced energy management technology. They are designed to meet the growing energy demands in India.

iNVERGY focuses on solar + battery integrated solutions, making them suitable for residential, commercial, and industrial applications.

Why Choose Invergy Hybrid Inverters: (NEW)

• High efficiency performance
• Advanced MPPT technology
• Seamless solar + battery integration
• Smart monitoring features
• Long lifespan and durability
• Designed for Indian power conditions

iNVERGY systems are built to deliver reliable backup and maximize energy savings, making them a strong choice for modern solar setups.

For its hybrid inverters, Invergy gives customers three choices:

INV EU 3.6kW / 5kW – 48V – 1P

This series inverter is only designed for use with three-phase PV systems and has outputs of INV EU 3.6kW/ 5kW – 48V – 1P. It is available in a range of capacities. The device is easy to set up and use due to its compact size. Its ability to accommodate a wide range of alternating current output voltages allows it to run for extended periods without overheating.

To create a three-phase string inverter, the INV EU 3.6kW/ 5kW – 48V – 1P variations are joined. Each phase of this three-phase system has two MPPTs. The overall efficiency of this inverter, which has two MPP trackers, might reach up to 98.3% when it is completely operating. Both a zero export application and a VSG application are included in the bundle for your convenience. The inverter—an optional component—is where the String’s intelligent monitoring is housed. Additionally, a choice of optional Anti-PID features and a broad range of output voltages are provided by the device.

INV EU 3/3.6/5/6 – 48V – 1P

Due to its small size and incorporation of a local LCD and controls on the device itself, the single-phase inverter is one of the best options for household applications. The integrated zero-export function provides practical comfort and ease for PV system operators, installers, and consumers of solar energy systems in general (external CT is required).

INV EU 3/3.6/5/6 – 48V – 1P trackers, which have a maximum efficiency of 97.5 percent, are used in the Single Phase String Inverter, which also employs INV EU 3/3.6/5/6 – 48V – 1P 2 MPP trackers. You can choose between four distinct sizes. This is one of the best single-phase string inverters that are currently available for purchase. Both VSG and zero export programs, as well as a large number of other applications, are available. It has integrated intelligent monitoring that is cord-accessible. The single-phase string inverter has an incredibly wide output voltage range. Additionally, it contains a switchable Anti-PID feature.

INV (EU) 8.0Kw / 10.0Kw / 12.0Kw – 48V – 3P

This new generation of three-phase output inverters, unlike the previous series, has a larger range of INV (EU) 8.0Kw, 10.0Kw, and 12.0Kw – 48V – 3P, allowing two-array input from various roof orientations while keeping two integrated MPPTs. It provides remote system control and monitoring as well.

They are used in conjunction with the INV (EU) 8.0Kw, 10.0Kw, and 12.0Kw – 48V – 3P three-phase string inverters. Two MPPTs, one in each of the three phases and stages of this three-phase system, are present. When operating at full capacity in its fully active mode, this two-MPP tracker inverter has a maximum overall efficiency of 98.6%. You will also find a VSG application in the bundle along with a zero export application for your convenience. An extra component that is available for separate purchase, the inverter features string intelligent monitoring. For increased security, the device comes with an optional Anti-PID feature and a wide range of output voltages.

Hybrid Inverter vs Normal Inverter Comparison

Some FAQs about Hybrid Inverter

1. There is no need for batteries for a hybrid solar inverter. This setup is connected to the grid and solar panels, which draw power from both sources.
2. Batteries are necessary for off-grid solar power plants to store electricity. if batteries are not an option and grid power is not available.
3. A fantastic solution is a hybrid inverter coupled with a solar battery storage system. It guarantees that you have both on- and off-grid capabilities, ensuring that you can always get electricity, even during a blackout.
4. Specialized off-grid inverters and battery systems with enough capacity to store electricity for two or more days are needed for off-grid solar systems. Depending on the application, hybrid grid-connected systems only need a battery large enough to supply electricity for 5 to 10 hours (overnight) and use less expensive hybrid (battery) inverters.
5. The ability to generate uninterrupted electricity using solar energy, batteries, the grid, or generators in a controlled manner is the key feature of hybrid-UPS systems. The most cost-effective and environmentally friendly power choice for loads is provided by the new hybrid technology.

Concluding

Invergy is one of the greatest manufacturing brands in India thanks to all these advantages of its hybrid inverter. On Invergy’s website, you can find out more about hybrid inverters.