On-Grid Inverters Guide

An on-grid inverter, called a grid-tied inverter, transforms sunlight into alternating current (AC) to power residents and feed the excess amount to the utility grid. 

The on-grid PV inverter market was worth USD 25.7 billion in 2023 and is estimated to progress at a CAGR of 10.4% from 2024-2032. Through such tremendous growth, you can estimate the use of solar system technology worldwide.

An on-grid inverter is an important part of solar energy technology that transforms the direct current generated by a solar panel into alternating current (AC). Then, AC powers users' homes and businesses and feeds the surplus electricity back to the grid. In this way, users can withdraw power from the grid and even earn credits through net metering. 

Innotinum, a popular residential energy storage solution manufacturing company, offers top-notch solar technology with years of experience. In this guide, we'll provide you with a complete guide about on-grid inverters, their amazing features and benefits, and how they fit into solar systems. So, let's dive in! 

What Is an On-Grid Inverter?

The core part of our solar system technology is the solar inverter. It transforms the direct current produced by the solar panels into the alternating current that powers our homes and businesses and feeds excess energy back to the grid. Inverters ensure that electricity fulfils the energy requirements of electrical appliances and the grid.

Then, there are on-grid inverters that withdraw the DC electricity from the solar panel and change it to AC. These inverters also promote net metering by feeding surplus electricity back to the grid, making it affordable for both businesses and homes. Further, you also don't require expensive batteries to store extra power. 

Features of On-Grid Inverters

On-grid inverters come with multiple features that make them a top choice for bar consumers in Germany;

• Reliability and Safety

On-grid inverters are highly efficient regarding reliability and safety. They offer multiple ways to monitor how your solar system is working from a distance to ensure proper functionality. These inverters have a ground fault protection feature to secure your system. 

• Monitoring and Control Features 

By using on-grid inverters, you can easily monitor your system outcomes. Their remote monitoring system enables the user to figure out and fix problems without being next to them. Such control aids you in keeping your solar system running efficiently and getting the maximum out of your investment. 

• Conversion Efficiency 

Picking the on-grid inverter with the highest efficiency from poplar brands is a smart move. They convert more of the sunlight into electricity to power your place. Specifically in places like Germany, where the energy prices are high, such efficient use of solar energy systems is profitable.

Benefits of On-Grid Inverters

Review the multiple benefits of an on-grid inverter if you have decided to buy it;

• On-grid inverters support net metering, which indicates that you can deploy the grid as a backup component. You can feed back the surplus electricity to the grid. In this way, you can save and earn a lot of money. Further, if your solar panels don't generate enough power, use the power stored in the grid. 

• These inverters ensure a consistent electricity supply even during power outages. 

• You can use the grid as a backup with on-grid solar inverters, so you don't need to invest thousands of dollars in installing solar batteries. Hence, it is an affordable energy storage solution.

• On-grid inverters can adjust extra power efficiently.

Factors to Consider Before Choosing On-Grid Inverter

It's crucial to consider the inverter's reliability and warranty before buying. As inverters are the key drivers of solar system technology, you should make a well-informed decision by considering your energy needs, required system size, and budget. 

Go With Top Brands 

Multiple manufacturing companies and brands offer residential energy storage solutions. They offer multiple models and components to fulfill your solar power needs. Innotinum is one of the best manufacturing companies, famous for its cutting-edge energy storage technology with the highest outcomes, smart energy management features, and profitable warranty plans. This makes them the most likeable brand among consumers who love solar energy for their residential uses. 

So choose them as they offer the best and ensure your solar system works efficiently with its best and lasts time. By researching crucial aspects, brands, and models, you can confidently select Innotinum for your residential energy storage system. 

How to Install On-Grid Inverter?

If you've decided to go with an on-grid inverter, you're making a fantastic choice environmentally and financially. Installing an inverter may seem complicated, but here we offer the proper steps with safety precautions to install on-grid inverters;

1.Determine your Energy Requirements

Before starting the process, determine your energy needs. Monitor your electricity bills over time. This will help you consider the size of the inverter and solar system you need. 

2.Select Right Space

Find the right spot for your inverter installation. Near the main supply will be perfect. The place should be ventilated and away from direct sunlight and moisture to prevent overheating. 

3.Get All Equipment and Tools

The next step is to collect all the tools and equipment needed to install an on-grid inverter. This may include a drill, screwdriver, wrench, or safety gear like gloves or glasses.

4.Mount the On-Grid Inverter

According to manufacturer guidelines, mount the inverter. Typically, inverters come with a mounting bracket. So, fix it in your selected place by making sure it's level and mounted effectively.

5.Grounding the Inverter

The grounding step is important for safety. So, integrate its grounding terminal to the right earth pit using gauge wire. 

6.Connect to Solar Panel

Solar panels produce direct current, and the inverter converts it to an alternative current for later uses. Connect them by making sure the correct polarity is maintained. Use adequate AC wires to integrate the inverter with the main supply with a junction box. Don't forget to install safety fusses on the DC and AC sides of the inverter. 

7.Connect to Grid

Before performing this step, inform your electricity provider about the in-grid system and take appraisals if needed. Then, connect the inverter to your power grid by tying it to the breaker in your central electricity panel. Now it's done; double-check all the connections. 

Bottom Line

In short, installing an on-grid solar inverter is a great decision for more sustainable energy independence. Here, we offer a complete on-grid inverter guide that will help you from thinking about solar systems to installing them.