00Battery energy storage · India | UAE | China

Energy. Stored. Delivered.

Pai Kane Energy builds battery storage as an engineering discipline: metered data first, dispatch simulation second, hardware last. Seven product families span everything from a 33 kWh jobsite unit to a 5 MWh utility-scale DC block.

MAX EFF 97.8% RTE ≥88% SWITCH ≤ 20 ms
Pai Kane Energy Core 2000 containerized battery system
CORE 2000 / CONTAINERIZED BESS
0
Product families
33 kWh – 5 MWh
Small to large
Up to 0%
Round-trip efficiency
0 ms
On/off-grid switchover
01The platform

Jobsite where work moves. Stationary where load lives.

02Product explorer

Pick a family. Read the numbers.

03The method

Hardware is chosen last.

Most storage is sold by catalog. PKE systems are sized from your meter. Five steps, in order, before a single cabinet is quoted.

Read the site as it actually runs

We ingest utility settlement and meter data alongside your load records, and reconcile drawal and injection so the model starts from what the meter saw, not what the nameplate claims.

IN: settlement files · interval data · tariff schedule
OUT: a clean, reconciled energy record

Build the Customer Energy Matrix

The record is assembled into an energy matrix that tells us what was solar consumption, surplus renewable, grid import and the site load in each of the 36,000+ 15-min timeslots over the past year.

OUT: demand and consumption by date + slot · highest recorded demand

Size power and energy separately

Peak amplitude sets the power rating. Peak duration and shape set the energy rating. Coupling them to a catalog SKU too early is how systems end up wrong in both directions.

OUT: kVA and kWh requirements, independent of hardware

Simulate dispatch against your tariff

The candidate system is run against your real time-of-day tariff: charge windows, discharge windows, round-trip losses, degradation over the horizon.

OUT: dispatch profile · delivered savings per slot · multiple options

Prove the economics, then pick hardware

Savings become a financial model with payback and IRR. Only once the numbers close is a product family selected: Spike, Power, Core or Vault.

OUT: payback · IRR · recommended family + configuration

04Economics

Run your own numbers.

Assumes a 30% peak shave and partial DG offset. Treat it as indicative; a dispatch study against your meter data replaces every assumption here.

OUTIndicative annual outcome

Annual saving···
Rough payback···
Likely family···
Refine in the Solution Finder
05Engineering criteria

What the spec actually delivers

These guarantees are available on select models, not a spec across the board — check the individual product page for what applies where.

ASafety

Fire-engineered

All our stationary BESS over 250 kWh come standard with semi-solid state battery cells, highly resistant to thermal runaway.

BEfficiency

Up to 88% RTE

DC–AC round-trip efficiency of up to 88% and peak conversion of 97.8%. These are the numbers your arbitrage model keeps.

CContinuity

≤ 20 ms switchover

On/off-grid transfer fast enough that loads ride through, plus 150% overload for 10 seconds when they misbehave.

DCompliance

Grid-code ready

IEC 62109/62477, EN 50549, VDE 4105/4110, AS4777, G99/G100, so the connection paperwork closes.

06Proof

One study, start to finish

OPEN ACCESSAnonymised study

5.0 MWh / 2.5 MW

Sized from 12 months of measured settlement data. Read the full engineering case study, with every chart.

4.33 GWh

Annual displaceable draw

₹1.12 Cr

Year-one net benefit

1.06 GWh

Cycled per year

Start with your data, not a datasheet.

Send twelve months of settlement data and a recent bill. The sizing study comes back with numbers you can put in front of a board.