Russia's Grid Operator Forecasts 1.87% Annual Power Demand Growth to 2032
The System Operator of Russia's Unified Energy System expects electricity consumption to rise by an average of 1.87% a year between 2027 and 2032, reaching a record 1,301,828 million kWh. The draft development programme foresees more than 7 GW of nuclear and thermal retirements, over 22 GW of new generation and total installed capacity of 275 GW by 2032.
Electricity consumption in Russia will grow by an average of 1.87% a year between 2027 and 2032, reaching record levels by the end of the period, according to a forecast from the System Operator of the Unified Energy System reported by RIA Novosti.
The projection is contained in a draft scheme and programme for the development of the country's electric power systems covering those years. The document has been sent to federal and regional authorities for review, meaning its parameters are not yet final.
Consumption heads for a record 1,301,828 million kWh
"Consumption forecast to 2032. UES of Russia: electricity - 1,301,828 million kWh (an average of +1.87% a year), capacity - 190,265 MW (+2.19% a year)," the operator said in a statement cited by RIA Novosti.
The energy figure works out at roughly 1,302 TWh. The more telling number for planners is the second one: peak capacity demand is projected to rise by 2.19% a year, faster than energy consumption at 1.87%. Peak load growing ahead of volume is what determines how much generating and network capacity has to be available at the tightest hours of the year, rather than how many kilowatt-hours are sold over twelve months.
Over 22 GW of new build against more than 7 GW of retirements
The programme sets out a substantial turnover of the generating fleet over the next six years. Its main parameters, as reported, are:
- More than 7 GW of nuclear and thermal capacity to be decommissioned;
- Over 22 GW of new generation to be commissioned, including thermal, nuclear, solar and wind plants;
- Total installed capacity of all Russian power plants to reach 275 GW by 2032;
- The share of thermal generation to decline slightly, while the share of renewables doubles.
On the operator's own figures, 275 GW of installed capacity against a projected peak demand of 190,265 MW leaves headroom of roughly 85 GW. That margin covers scheduled and unplanned outages, seasonal availability limits and reserve requirements, and it is one reason retirements and new build are planned in the same document rather than separately.
Renewables share doubles as thermal edges down
The operator does not publish an absolute split of the 2032 mix in the reported material, stating only that the thermal share falls slightly while the renewables share doubles. Because the commissioning list includes thermal and nuclear units alongside solar and wind, renewable growth comes in addition to conventional new build rather than in place of it. With more than 22 GW entering service and just over 7 GW leaving, the fleet expands on a net basis, which limits how quickly percentage shares can move.
For equipment suppliers, engineering contractors and financiers, the six-year horizon is the operative detail. Turbines, reactor equipment, transformers and grid connections are ordered years ahead of commissioning dates, so a programme running to 2032 translates into procurement decisions well before then.
Current demand is running below the forecast trend
Actual consumption growth is currently slower than the rate assumed from 2027. As the newspaper VZGLYAD reported, the head of the System Operator, Fedor Opadchy, said in the summer that electricity consumption in Russia had risen by 0.7% since the start of the year.
Other recent indicators point in the opposite direction on the capacity side. In January the Unified Energy System recorded a historic high for electrical capacity consumption, and the company reported that installed capacity at Russian power plants increased by 1.1 GW over the previous year. The distance between 0.7% growth today and 1.87% a year from 2027 is the central assumption in the document: it implies new industrial and other large loads connecting to the system over the forecast period. Because the draft is still under review by federal and regional authorities, both the demand path and the commissioning schedule may be revised before the programme is approved.