It’s not about tightening a few tolerances or swapping a component.
It means building a system that performs exactly the way it’s supposed to—no matter the noise, the load shifts, or the installation site.
So when Paras Power delivered a fully functional LT metering cubicle with 0.25 class accuracy—in just 3 months—it wasn’t a lucky break.
Here’s what made it possible.
1. A Manufacturing Setup That’s Built for Customisation
This wasn’t a pick-from-the-shelf job.
Every component—from CTs and PTs to internal wiring and housing—was selected, tested, and assembled for a purpose. Paras’s in-house manufacturing facility is set up to pivot quickly.
No waiting for vendors. No dependency loops.
Just a streamlined line that can build what the challenge demands.
2. R&D That Doesn’t Sit in the Background
The design wasn’t just about passing specs.
It was about surviving field conditions and delivering long-term revenue assurance.
That’s where R&D stepped in—not with theory, but with data-backed design decisions, simulation, and prototyping that translated directly into performance on the ground.
3. Real-Time Collaboration Between Design, Tech, and Manufacturing
No silos.
Everyone—from the drawing board to the shop floor—worked with the same goal: delivering a cubicle that hits Class 0.25 and works in LT environments.
Changes were implemented on the fly. Testing cycles were compressed. Quality never slipped.
This wasn’t a one-off. It’s how Paras Power works.
When the problem is specific, the solution can’t be generic.
And when it comes to power distribution, accuracy isn’t negotiable.
It has to be built in—by people who know exactly how.