Everything You Need to Know On-Grid Solar Panel

"Save electricity save a life" is a phrase we see time and again. But do you know what it means? Your answer may be yes or no.

On-grid solar panels are adding real meaning to this campaign. Let's find out how!

Electricity is a form of energy that comes from renewable and non-renewable sources. Renewable resources include solar, hydro, wind, geothermal, and biomass, while non-renewable resources include oil, coal, natural gas, and nuclear power.

Most of the world's electricity is generated through non-renewable resources, which exist in limited quantities. The use of non-renewable resources, which is the main cause of serious diseases among people, is also creating a threat to the environment by increasing air pollution.

On the other hand, renewable sources are known for producing clean energy and are available in abundance.

Being a weak producer of harmful greenhouse gases, a renewable source of energy is very helpful in reducing air pollution. Renewable sources that were heavily used included on grid solar panel rooftop systems and wind turbines.

Living solely on solar panels is becoming the new purpose of life for many people.

Through this blog, you will understand everything you need to know about solar panels.

What is to be covered?

• What is an on-grid solar panel system?
• How does an on-grid solar panel work?
• Benefits of on-grid solar panels
• Disadvantages of On-Grid Solar Panels
• Choose from on-grid and off-grid solar panels
• Rules on disposal of solar panel systems
• Government policies to support the recycling, reuse, and regeneration of solar panels
• Conclusion

What is an on-grid solar panel system?

The world is changing fast so are solar panels. Today we divide solar panels into three categories: on-grid solar panels, off-grid solar panels, and hybrid systems.

An on-grid solar panel system is a power generation system that connects the solar system directly to the utility grid. This system captures energy from the sun and converts it into electrical energy to meet daily needs.

Being easy to install and easy to understand, it is proving to be a gem for residential properties. The utility grid manages excess and underpowered energy generation through solar systems. It further acts as power storage.

How does an on-grid solar panel work?

Installing an on-grid solar rooftop system is a simple process. How solar panels work, including a step-by-step role of their components:

Solar Panel > Solar Inverter > Switchboard > Meter > Principal Grid.

How an on-grid solar system works - step by step

• Solar panels absorb sunlight and convert it into direct current (DC).
• The solar inverter further converts direct current into alternating current (AC) of 240V.
• Now the switchboard comes into play which helps to operate the appliances in commercial and residential houses
• The system stores excess electricity in the utility grid.
• So, every day on-grid solar panels trap sunlight and convert it into direct current. The utility grid transfers direct current to an inverter that converts it to an alternating current (AC) of 240V.
• Household appliances use this current to operate. In addition, excess electricity is stored in the utility grid to be used when the solar panels are not generating electricity.
• Most solar panel providers give you a credit for the extra electricity in the final bill.
• Solar energy from on-grid systems supports the idea of ​​stress-free living.

Benefits of on-grid solar panels

• On-grid solar rooftop systems come within your budget
• It is easy to install and maintain.
• This helps in reducing the monthly bills significantly.
• An on-grid solar panel is economical as it saves battery costs.
• It goes well with other sources of energy.
• Provides excellent ROI
• Best suited for residential houses, educational institutions, commercial, industrial companies, etc.
• You will get credit for unused energy generated by the utility grid.