Flasys Solar Design and Engineering

10/02/2026

Sharing a recent PVsyst simulation work for a 70 MWp grid-connected solar power plant designed with a single-axis tracking system ☀️

The first image shows the near-shading definition and tracker mounting layout, along with the iso-shading diagram. This step is very important because proper shading analysis directly impacts energy yield accuracy and system performance.

The second image highlights the main simulation results generated in PVsyst.
As per the simulation:

• Installed capacity: 70 MWp
• Annual energy generation: 114,936 MWh
• Specific yield: 1642 kWh/kWp/year
• Performance Ratio (PR): ~75.4%

These results are achieved through optimized tracker orientation, correct row spacing, and realistic loss assumptions. Accurate PVsyst modeling helps in creating bankable reports, reducing technical risk, and giving developers and investors confidence before ex*****on.

This kind of detailed simulation is essential for utility-scale solar projects, especially when using single-axis trackers where shading, backtracking, and layout optimization play a major role.

If you are planning a large-scale solar project or need professional PVsyst simulations and solar engineering support, feel free to connect.

🌐 www.flasysdesign.com

09/02/2026

Case Study | Solar Site Layout Planning (AutoCAD)

This is a ground-mounted solar site layout that I designed in AutoCAD during the planning stage of a PV project.

Before placing a single module, the focus was on understanding the site constraints — property boundaries, fence lines, existing trees, and internal access requirements. These factors define how much land is actually usable, not just how much land is available.

Module rows were then arranged based on tilt and azimuth, keeping uniform spacing to control inter-row shading and to make installation practical on site.

Special attention was given to access roads and inverter locations. Proper access is critical for construction and long-term maintenance, and inverter placement directly impacts DC cable length, voltage drop, and overall system efficiency.

Shading risks from nearby objects were identified early so they don’t become performance issues after commissioning.

This kind of layout work may look like simple drafting, but it plays a major role in:
• Energy yield
• Electrical losses
• Ease of construction
• Long-term O&M

A solar plant performs well when engineering decisions are made early, not corrected later on site.

31/12/2025

🎇 Happy New Year 2026! 🎇
A heartfelt thank you to all our customers, partners, and supporters for trusting us.
May 2026 bring growth, innovation, success, and new achievements for you and your family. 🙌

— Team FLASYS DESIGN

25/12/2025

May the sacred spirit of Christmas fill your hearts with positivity, like the eternal light of Dharma that guides us toward goodness, gratitude, and love.
Merry Christmas and Seasons Greetings! 🎄

06/12/2025

Did you know?
Even a 2–3 cm shadow on a solar panel can reduce its power output by up to 30%. 😮

Shadows from:
✔ Pipes
✔ Railings
✔ Water tanks
✔ Parapet walls
✔ Even nearby panels
…can silently kill your generation.

🔍 Always check obstacles carefully before installation — a small shadow today can mean a big energy loss tomorrow.

26/11/2025

20/11/2025

Solar technology has come a long way!
Here’s a quick look at how solar cell efficiency has improved over the years — from 1st Gen Silicon cells to today’s high-performance TOPCon, HJT & IBC technologies.

Whether you're designing, installing, or evaluating solar projects, understanding these technologies helps you pick the most efficient & reliable panels for your projects. ⚡🔧

📌 Swipe through the chart to compare:
✓ Era
✓ Technology
✓ Efficiency Range

This will help you choose better panels for residential, commercial, and utility-scale projects.

15/08/2025

🇮🇳 Happy Independence Day! 🇮🇳
Today, we celebrate the spirit of freedom, the strength of unity, and the pride of being Indian.
Let’s honor our heroes, cherish our heritage, and work together for a brighter tomorrow.
Jai Hind!

05/02/2025

Types of Current Transformers...