How Do You Convert a Standard Inverter to a Solar Inverter?
In today’s world, nothing is possible without electricity, and a power cut can create a massive inconvenience. So, everyone buys a normal inverter to control power outages. Now, the prices of solar panels are falling, so more people are upgrading their inverters to solar panels.
A solar inverter is not only helpful during power outages, but it runs 24/7.
Just protect your solar panel from light shines. It will continuously generate electricity for your home applications. It saves our hard-earned money on our electricity bills and doesn't show even a minute of power outage. In this article, we'll learn how to convert a normal inverter to a solar inverter, the difference between them, the benefits of converting, and a lot more. So, let's dive in.
Solar Inverter vs. Normal Inverter: Which one is best
A solar inverter operates by integrating energy from DC to AC. To generate persistent electricity, an inverter is associated with the solar panel; if there's no battery, it can be overlooked as the battery's function is to reverse the power. It's an easy and simple rule to upgrade a normal inverter to a solar one.
The most notable difference between the two is that a normal inverter can only convert DC to AC if power is available. On the other hand, a solar inverter can generate high power for home use when there is no power.
A pure solar inverter deploys DC electricity from the solar panels instead of batteries. Grid-integrated solar systems typically use pure solar inverters, but hybrid solar inverters are also available.
In brief, a hybrid solar inverter has two DC power sources: the battery and the solar panel. Regardless of which rule solar inverters use, they have multiple benefits.
Here following are some points to illustrate to you which inverter is best;
- Solar inverters have low costs and save money on electricity bills.
- Normal inverters require high maintenance and expensive repair, while solar inverters are easy to maintain and repair.
- Cell phones monitor the power of solar inverters.
- Solar inverters are more accessible for upgrading and updating systems than other inverters.
Can We Convert A Normal Inverter to a Solar Inverter?
Of course, we can convert the old inverter to a solar power inverter. This way, all the electricity used for home appliances will come from the sun, which is not only cost-effective but also environment-friendly.
Solar power inverters function 24/7 if there's sunlight, significantly minimizing your electricity bills. If your solar inverter generates electricity greater than your requirements, you can also contact your local government and sell the excess electricity to the National Grid Authority. This way, you can earn the whole solar power investment in 1-2 years.
So, convert your existing converter to a solar inverter and enjoy all the perks.
Components Require Converting a Normal Inverter to a Solar Inverter
To convert a normal inverter to a solar inverter, you may need the following components;
Solar Panels
Solar panels capture sunlight and convert it into electricity for home appliances. These high-tech gadgets turn sunlight directly into DC power, which is then deployed by your business and home applications. Installing solar panels reduces your reliance on the grid and your electricity bills, as they are a great source of green energy for your inverter system.
Solar Charger Controller
The solar charger controller is a key component for the conversion process. It helps link your solar panel to the inverter to ensure your setup is solar-friendly. Such controllers prevent overcharging by keeping the charging in check. They also protect your solar gear.
Adjusting the workflow allows you to produce the most out of the solar inverter. Choosing a suitable solar charge controller is essential when you convert a regular invert to a solar one. So we explain the two for you;
Type of Solar Charge Controllers
1.Pulse Width Modulation Controller (PWM)
PMW controllers are cost-effective options. They work efficiently for smaller solar systems and directly connect the solar panels to the battery. It ensures that the battery gets the appropriate voltage without overcharging. Many people choose PWM for smaller solar setups like homes due to its simplicity and budget-friendly nature.
2.Maximum Power Point Tracking Controller (MPPT)
MPPT controllers are more efficient, as they boost your solar system's effectiveness by up to 30%. These controllers monitor solar panel energy and manage to charge them adequately. Although these controllers are costly, they are worth it for large-scale solar setups.
How do you convert a normal inverter to a solar inverter?
To make a normal inverter run with solar energy, you need to follow the following steps. Start the process by adding the solar charger controller; it's a vital part of turning a regular inverter into a solar inverter.
1.Connecting the Solar Charge Controller
Firstly, connect the solar charge controller to the inverter. The controller will manage the energy flow and protect the system. The inverter needs to control the solar energy.
2.Installing the Solar Panel
Now, set up the solar panels and link them to the charge controller. Solar panels draw the sun's energy and convert it into power. Installing the solar panels properly is crucial for the whole system to work efficiently.
For this, hire an experienced and professional installer to ensure the safety and efficiency of the solar inverter. Innotinum can be the best choice as it provides cutting-edge technology for backup systems, lithium-ion batteries, and EV charging for your household energy projects.
3.Connecting the Battery Bank
Lastly, link the battery bank and make sure that all the wiring is right. The battery bank stores energy for when you need it most. Now everything is settled: a charge controller, solar panels, and battery.
Your inverter is ready to make use of solar power.
Bottom Line
In short, converting a normal inverter into a solar inverter has multiple benefits. So, hire professionals right now and complete the conversion process to save money and battery life.
You'll forget about the power outages once you set up the solar inverter.