About Us

About Company

Building A Sustainable Future With Solar Power

Flyin Renewable Energy Pvt. Ltd. – a Group Company of ASJ Solar Energy Pvt. Ltd. is a registered company incorporated in India under the Companies Act, 1956, as a Private Limited Company. The company is managed by a women entrepreneur and a team of well-qualified professionals.

We have a strong vision and mission to become a global, innovative, and competitive renewable energy enterprise, providing total solutions to customers through our wide range of solar energy products and services.

Flyin Renewable Energy offers a unique advantage with combined expertise in Solar Photovoltaic, Solar Thermal, and Solar Power Plants, along with Investment Model Plants. We aim to be a leading turnkey solution provider for solar energy systems across the southern region of India.

Vision & Mission

To combat climate change by achieving net-zero emissions and fostering a future where 100% of energy requirements are met sustainably. Ensuring energy is costcompetitive, reliable, and accessible to everyone.

Goals

Driving technological advancements in energy storage, distribution, and efficiency

Corporate Values

Foster a Culture of Trust, Collaboration and Performance to Achieve Our Business Goals Be a Responsible Corporate Citizen And Uphold the Highest Standards Of Corporate Governance, Ethics and Integrity.

Why Solar Energy

Why do We go for
Solar Power ?

Why Flyin Renewable Energy ?

We don't just install solar systems, we help tailor a solution to suit you. And we've been doing this for years. Find out how.

Feed-in tariffs

Understand feed-in tariffs and what happens when your system generates excess power and sends it to the grid.

Articles and testimonials

Find out more about life with solar, and hear from our happy customers about their solar journey with us.

Honors & Milestones

Awards & Recognitions

Process of Solar Power

HOW DOES SOLAR POWER WORK?

There’s a lot to consider before going solar. First, it’s important to understand how solar power works and how sunshine is converted into electricity.

Solar panels
capture sunlight during the day and convert it into Direct Current (DC).

Inverter
Receives that direct current from the panels and converts it into Alternate Current (AC - the electricity you use in your home). You use this electricity when you need it, and send any excess back to the grid or to a battery storage system.

Battery storage
Means any excess energy your system generates can be stored for use later even when the sun is not shining. When the battery is fully charged, you can send the excess energy back to the grid (step 5).

Digital meter
Measures your electricity use and can tell you more about your energy habits.

Power grid
Receives any excess energy you generate, and a feed-in tariff can allow you to get a credit on your bill for that excess electricity. You can also draw the extra electricity back from the grid if your system does not generate enough.

Solar Power

The Most Affordable Energy Choice for the Future

You know what? The talk about rooftop solar power being is not expensive. And I will show you why. Let us consider having a rooftop solar power plant. I am considering a grid-tied rooftop solar power plant, a system that does not have a battery included.

All that are required for such a grid-tied solar power plant are solar panels with mounting structure, inverters and the standard electrical cables etc. Below are the actual costs for putting up a rooftop solar power plant. I have taken a 1 kW solar power plant for illustration. As solar power plants are modular, these data should be the same for any size of solar power plant. Total cost of solar power plant is less than INR 60000/- per kW

Below are the units a solar system can generates in most parts of India please note that I am taking approximate numbers for rating over time but these numbers are conservative and are less than what a solar power system can actually deliver over 25 years.

  • Years 1-5 – 1,400 units total of 7,000 units (100% rated Capacity)
  • Years 6-10 – 1,300 units total of 6,500 units ( 92% rated Capacity)
  • Years 11-15 – 1,200 units total of 6,000 units ( 85% rated Capacity)
  • Years 16-20 – 1,100 units total of 5,500 units ( 78% rated Capacity)
  • Years 21-25 – 1,000 units total of 5,000 units ( 71% rated Capacity)
  • Total number of units generated over 25 Years : 30,000

Finally, we have been conservative on capital subsidies – we have taken NO government subsidies in the above calculation

Based on the above
  • Table No.of units Generated by 1kW Solar Panels over 25 Years Period = 30,000
  • Total capital cost of the 1kW Solar System:INR:60,000/-
  • Total operations and Maintenance cost over lifetime: Negligible
  • With all the above, the Cost per Unit of electricity generated = INR: 60,000/30,000
  • INR = 2.00 PS
  • Folks, there are no hidden costs that are missing in the above calculation.

If at all anything, we have been conservative. To satisfy the financial accountant in you who wishes to factor opportunity costs etc., I will generously add another 10% to the cost.

Another 30 paisa and that brings it to about INR2.30 per unit. That means INR: 2.30 per unit of electricity in solar power.

As a commercial or industrial user and domestic, institutional clients, you are paying what, Rs. 10.00 per unit to your utility? And surely this will increase to beyond INR. 15.00 per unit, pretty soon in next Five Years? If not way beyond INR.12.00 Per unit.

OUR TEAM

Meet Our Team Member

Power Your Future with Solar

Start your journey toward clean, sustainable, and cost-saving energy today.