KiligLab
KOEN
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TRUSTED AUTONOMY

INDUSTRIAL ENGINEERING STUDIO · ENERGY

Industry can only run itself
once it can be trusted.

From energy storage and solar to EV charging and power trading, KiligLab designs and secures energy assets and the systems that run them. Security first, autonomy on top.

Energy site simulation. A fictional site with rooftop solar, energy storage, EV chargers, a grid connection and an EMS, showing where power flows over 24 hours. All values are illustrative.

Grid connection

We protect
Metering data and the basis of the bill
We automate
Peak-demand monitoring and alarms
Energy systems

Solar PV

We protect
Inverter communications and generation data integrity
We automate
Switching storage charging to follow generation
Energy systems

ESS

We protect
PMS/EMS access control, backup and recovery
We automate
Load-following peak-defense discharge
Energy systems

EMS

We protect
Operations platform, credentials, signed releases
We automate
Anomaly detection, proposals for DR and price signals
Autonomous operations

EV charging

We protect
Charger communications and remote-control rights
We automate
Allocating charging power within the contracted limit
Energy systems

Grid connection

We protect
Metering data and the basis of the bill
We automate
Peak-demand monitoring and alarms
Energy systems

Solar PV

We protect
Inverter communications and generation data integrity
We automate
Switching storage charging to follow generation
Energy systems

ESS

We protect
PMS/EMS access control, backup and recovery
We automate
Load-following peak-defense discharge
Energy systems

EMS

We protect
Operations platform, credentials, signed releases
We automate
Anomaly detection, proposals for DR and price signals
Autonomous operations

EV charging

We protect
Charger communications and remote-control rights
We automate
Allocating charging power within the contracted limit
Energy systems

SIMULATED

TIME
17:40
GRID
3.2 MW
PV
0.4 MW
ESS
▼1.0 MW
SOC
62%
EV
0.6 MW
SMP
₩174
DR
DR DONE

  • ESS
  • EV CHARGING
  • SOLAR PV
  • POWER TRADING
  • DEMAND RESPONSE
  • GRID

00 / THESIS

Autonomy is an outcome, not a feature. A system earns the right to decide for itself only when its data is accurate, its access is controlled and its recovery is proven. That is the state we build.

01 / SECURITY

Operations that don't stop

We close exposure, control access and prove recovery through rehearsal — without taking live equipment offline.

  • Exposure assessment and closure
  • Credential rotation and secrets design
  • Backup and recovery rehearsals with measured recovery time

02 / AUTONOMY

Operations that decide

On top of verified data, algorithms and AI agents take over repetitive decisions. Irreversible ones still need a human signature.

  • Load-following peak defense
  • Automated fault detection and alerting
  • AI operations agents with human approval gates

TRY IT / PEAK DEFENSE

Peaks are set in a moment, not on average.

Lower the threshold. Storage only discharges against load that rises above the line — and the demand charge is set by that single highest moment.

Peak shaved
980 kW
Energy required
2.3 MWh
Illustrative annual demand-charge savings
₩115,365,600

Based on KEPCO Industrial (B) High-voltage A, Option III demand charge of KRW 9,810/kW (2023-11-09). Actual billing demand follows seasonal-peak rules.

Illustrative simulation — not client data. Real savings are sized from 15-minute load data and your tariff.

ENGAGEMENTS

Recent engagements

Detailed case studies are published with client consent.

APPROACH

How we work is what we deliver

  1. Fail-closed by default

    When in doubt, we close. Unverified inputs, permissions and releases are denied until there is proof they should be allowed.

  2. Gate, don't gamble

    Irreversible changes pass through staged gates. Every gate has a maintenance window, a rollback path and an approval record.

  3. Measured, not claimed

    We commit to guaranteed values instead of averages, and rehearsal results instead of plans. Every number carries its conditions.

  4. Own the data path

    We automate only after we understand the whole path data travels — from field protocol to storage to alert.

More on how we work

ENGAGEMENT

  1. Assess

    We read your equipment, data and security posture, then build a risk register and priorities.

    Assessment report

  2. Design

    We design a gated execution plan with rollback paths.

    Design and execution plan

  3. Build

    We implement, then verify through independent review and testing.

    Verification record

  4. Operate

    We take on monitoring, maintenance and scheduled recovery rehearsals.

    Operations board and periodic reports

Not sure where to start securing
the systems you already run?

Request an assessment