Battery capacity
45 MW of power capacity and 120 MWh of energy capacity, as stated in the existing portfolio summary.
LATVIA / BATTERY STORAGE + GRID SERVICES
Stored energy.
Baltic grid flexibility.
Future Watt / Latvia
Bolderāja battery storage, targeting frequency regulation and balancing services in the Baltic energy system.
Power capacity stated in the existing Future Watt Bolderāja portfolio.
Battery energy capacity. Stored energy for flexible grid exchange.
Frequency regulation and balancing. Final participation is subject to project qualification.
300–700 m to a 220 kV substation, as identified in the portfolio. Final connection arrangements remain subject to technical studies.
Existing Future Watt project summaryLATVIA / DIGITAL ENERGY PORTFOLIO
One project · Connected energyExplore how battery storage exchanges energy with the grid.
Electricity flows from the grid into the battery system. Stored energy can be made available when the system needs it.
Model placement is conceptual, not exact project coordinates. Model and energy flow are illustrative, not live telemetry. Map: Natural Earth.
PROJECT / BOLDERĀJA
A battery storage concept centred on power flexibility and proximity to grid infrastructure.
45 MW of power capacity and 120 MWh of energy capacity, as stated in the existing portfolio summary.
The portfolio summary identifies a distance of 300–700 m to a 220 kV substation. Final connection arrangements remain subject to technical studies.
FCR and aFRR are target services. The animation illustrates charging, discharge and bidirectional response; it does not represent an operating dispatch schedule.
Project figures are carried over from the existing Future Watt portfolio page. Development, contracting and technical studies may change the final configuration.
FUTURE WATT / LATVIA