qzenergy

power system

The system view – without a realtime illusion

Official capacity, peak-hour, import and annual-balance values brought into one auditable snapshot.

power system

Capacity

Installed and available capacity on one official reporting date.

1 January 202525 314,2 MW

Installed power-plant capacity

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
1 January 202518 890,3 MW

Available power-plant capacity

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗

power system

Coincident peak

The 18 December 2025 system peak: demand, generation and recorded power imports.

18 December 2025, coincident peak hour17 724 MW

UES peak demand

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
18 December 2025, coincident peak hour16 730 MW

Generation at the coincident peak

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
18 December 2025, coincident peak hour810 MW

Net UES power inflow at peak

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
18 December 2025, coincident peak hour597 MW

Power imported from Russia

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
18 December 2025, coincident peak hour213 MW

Power imported from Central Asia

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗

power system

Zonal balance at peak

Demand and generation in three zones, the North–South transfer and consumer restriction in one recorded hour.

18 December 2025, 17:5510 626 MW

Northern-zone demand at system peak

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
18 December 2025, coincident peak hour12 169 MW

Northern-zone generation at coincident peak

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
18 December 2025, 17:554 527 MW

Southern-zone demand at system peak

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
18 December 2025, coincident peak hour2 249 MW

Southern-zone generation at coincident peak

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
18 December 2025, 17:552 362 MW

Western-zone demand at system peak

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
18 December 2025, coincident peak hour2 312 MW

Western-zone generation at coincident peak

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
18 December 2025, coincident peak hour1 941 MW

North–South transfer serving the Southern-zone deficit

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
18 December 2025, 17:55209 MW

Southern-zone consumer restriction at peak

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗

power system

Annual balance

Generation and consumption for 2024 under one KEGOC methodology.

2025123 110,9 million kWh

UES electricity generation

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
2025124 606,5 million kWh

UES electricity consumption

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
2024117 915,4 million kWh

UES electricity generation

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
2024119 995,5 million kWh

UES electricity consumption

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
20242 080,1 million kWh

Consumption above generation

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗

power system

Cross-border exchange

Annual exchange balance; not a commercial flow for an individual market participant.

20252 479,3 million kWh

Electricity-flow balance with Russia

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
20254 638,8 million kWh

Electricity imported from Russia

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
20252 159,5 million kWh

Electricity exported to Russia

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
2025983,7 million kWh

Electricity-flow balance with Central Asia

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
2025800,9 million kWh

Electricity imported from Central Asia

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
20251 784,6 million kWh

Electricity exported to Central Asia

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
20243 411,1 million kWh

Electricity-flow balance with Russia

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗
20241 331,0 million kWh

Electricity-flow balance with Central Asia

Methodology

The metric definition and boundary are preserved in the machine-readable record.

KEGOC · Primary source ↗

data gap

Still absent from the public layer

A professional monitor needs these fields, but qz.energy will not publish them without a stable official source: