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Use case

Backup & resilience

On a precision line, a half-second voltage dip is as costly as a blackout — it scraps whatever was mid-process and stops the shift. A battery catches the dip the grid lets through.

Precision manufacturingElectronics & semiconCold chain & pharma
The situation

Representative site · Electronics assembly

Picture an electronics assembly plant where boards move through reflow and pick-and-place in a continuous flow. A grid fault several kilometres away causes a 200-millisecond voltage dip. It’s far too brief for a generator to react — but long enough to trip controllers, scrap the boards in process, and halt the line for a costly restart and recalibration.

What it costs today

The batch you lose to a half-second

Voltage dips and momentary interruptions are common on the grid and invisible until they bite. For a continuous or precision process, one event can scrap tens of thousands of ringgit of work-in-progress and cost hours of restart — several times a year.

200 ms

A typical grid voltage dip — too fast for a generator to catch, fast enough to scrap a batch.

How UniBess solves it

We hold part of the battery in reserve purely for resilience, so there’s always energy waiting for the moment the grid misbehaves.

1

Hold a reserve

The EMS keeps a defined state-of-charge aside at all times. Daily savings duties never draw it below that line.

2

Catch the dip

On a dip or outage, the battery supports your nominated critical circuits in milliseconds — riding through the disturbance the generator would miss.

3

Hand to the genset

For longer outages it bridges the gap until the genset is up and stable, then steps back. It complements existing backup.

The outcome

Insurance that also earns its keep

Resilience usually sits idle — a cost with no return until disaster strikes. Here it doesn’t: the same battery shaves your demand peak every day, so the protection pays for itself between events.

Without a battery
  • Every dip reaches the line
  • Scrapped WIP + costly restart
  • Backup waits on a slow genset
With UniBess
  • Critical circuits ride through
  • The line keeps running
  • Genset only for long outages
One prevented event can pay the year And the same battery shaves your demand peak the rest of the time — resilience that isn’t idle. Backup duty is sized deliberately to your critical load.

Is this your site?

Resilience matters most where a brief loss of power is expensive or dangerous, not just inconvenient. You’ll likely benefit if:

  • A short interruption scraps product or batches.
  • You run continuous or precision processes.
  • You operate cold chain, pharma, data or critical utilities.
  • You already run UPS or gensets and want faster ride-through.

Where we're honest

Be clear-eyed about scope. A battery sized for savings is not an off-grid power plant. How long it can carry you, and which circuits, depends entirely on how it’s sized — we design backup duty deliberately and tell you exactly what it will and won’t hold.