Clearance Sale | Get up to 60% OFF!!  Get a big discount on Solar Inverters, Solar Panels, Refrigerators, Street lights,.etc. Explore Now

Advantages of Hybrid Inverters

What does an inverter do?

Let's start by defining what an inverter is. Solar panels generate DC power, which is stored in batteries, but most homes and appliances operate on AC power, which is also provided by the electricity grid. Solar inverters and battery inverters are two types of inverters that convert DC power to AC power.

The 4 main types of inverters

  • Solar Inverters 
  • Battery Inverters 
  • Hybrid Inverters 
  • Off-grid Inverter/Chargers 

In this article We will see about hybrid inverters:

A hybrid solar inverter incorporates the functions of a typical solar grid-tie inverter and a battery inverter (off grid inverters) into a single, cost-effective, and intelligent charging electricity routing device. In comparison to a conventional string inverter, hybrid inverters provide more inputs and outputs. They make it easy to export current to the grid and to your energy storage facility.

Any solar energy system requires an inverter to transform the direct current (DC) electricity provided by your solar panels into alternating current (AC) electricity for your home's appliances. If you mount a solar panel system with a conventional inverter and then plan to connect a battery system, you'll need a battery-specific inverter to convert the energy to store and discharge.

When your solar panel system is combined with a hybrid inverter, you won't need a separate battery inverter because the hybrid inverter can serve as both an inverter for electricity from your solar panels and a solar battery.

Advantages of solar hybrid inverters 

In comparison to other grid-tie inverter systems, such as microinverters, hybrid inverters have a few notable advantages. Here are a few to think about:

Streamlined design

If you want to add a battery backup system to your current solar PV system, you'll need to buy not only the battery bank but also a battery charger controller and probably a performance monitoring system. There are extra hardware components that take up a lot of space and cost a lot of money.

Many hybrid inverter systems combine performance monitoring, charge control, and bi-directional AC DC inverter functionality into a single unit at a lower cost.

AC-Coupled Hybrid and Off-Grid Systems

Most hybrid systems are made up of multiple inverters that work together to form an AC-coupled system. A regular solar inverter and an interactive or multi-mode battery inverter are commonly used in such systems. The multi-mode inverter completes the energy management device by acting as a battery inverter and optimizing energy consumption with the aid of software. The definition above will assist users in determining what is best for them. However, before choosing a hybrid device inverter, you can conduct research and estimate your energy consumption.

Mobile app cloud monitoring and control

We live in the modern era, which means that instead of just having conversations, we can do a lot of interesting things with our phones. Many hybrid inverters will submit data about your system's output to a company-branded cloud portal. You can then log into the app to track your system's output and receive notifications when and if it isn't running as well as it should.

Hybrid inverters also have configurable modes that allow you to put your device on vacation or standby using an app. These make sure you get the most out of the electricity you generate from your solar panels, even when you're not there.

Continuous power supply 

Since the batteries connected to the hybrid solar systems store the energy, they provide power continuously and without interruption. If there is a power outage, the batteries act as an inverter to provide backup power. This is also true when the sun isn't shining and energy isn't being generated; batteries provide a backup and life goes on as usual.

System oversizing

Some hybrid inverters let you add a much larger solar array to your inverter, while others let you pair a smaller inverter with a larger solar array. This has the advantage of maximizing efficiency more often during the day. This is accomplished by increasing power output in low-light situations such as sunrise and sunset. Increased harvest at sunset can be a significant financial factor, particularly if your utility uses a time-of-use billing structure, which is most useful in the evening.

However, inverters are designed to output AC power to a limit that cannot be exceeded, so caution should be exercised in device design. If your panels are producing a lot of DC, your inverter can limit their output to the amount of AC it can handle.

Furthermore, supplying too much power to your inverter will shorten the life of your equipment. You don't want to get this part wrong because the inverter is the costliest piece of hardware in your solar system and the most vulnerable to failure.

Make sure you work with a trustworthy solar installer who can ensure you get the most out of your solar system without jeopardizing its safety.

Related post

Solar photovoltaic street lighting

Solar energy impact on the environment

Solar air conditioning system

Solar power for the healthcare industry

Solar power for Hospital

Solar PV Monitoring

Solar power Trends

what is solar energy used for?

what are the advantages of solar power energy?

Solar Inverter for your home

Benefits of on-grid solar system

How does an grid solar system work?

Solar panels in parallel and series