Bratsk Dam

GPTKB entity

Statements (51)
Predicate Object
gptkbp:instance_of gptkb:dam
gptkbp:building_type concrete
gptkbp:capacity 4,500 MW
gptkbp:climate_impact affected by climate change patterns
gptkbp:collaboration collaborates with international energy organizations
gptkbp:community_engagement involves local communities in decision-making
gptkbp:community_impact displacement of local populations
gptkbp:construction_cost approximately 1 billion rubles
gptkbp:construction_method mass concrete construction
gptkbp:construction_started gptkb:1961
gptkb:1967
gptkbp:cultural_impact influences local culture and heritage
gptkbp:emissions_standard reduces greenhouse gas emissions compared to fossil fuels
gptkbp:environmental_impact significant flooding of local ecosystems
gptkbp:fishing_regulations supports local fishing industry
gptkbp:flood_control approximately 1,500 square kilometers
provides flood control for downstream areas
gptkbp:future_plans upgrades and modernization planned
gptkbp:height 125 meters
gptkbp:historical_significance part of Soviet industrialization efforts
https://www.w3.org/2000/01/rdf-schema#label Bratsk Dam
gptkbp:infrastructure Bratsk Hydroelectric Power Station
gptkbp:last_eruption designed to withstand earthquakes
gptkbp:length 1,370 meters
gptkbp:local_economy supports local economy through job creation
gptkbp:location Irkutsk Oblast, Russia
gptkbp:maintenance regular inspections and repairs
gptkbp:occurs_annually over 20,000 GWh
gptkbp:operator gptkb:Irkutskenergo
gptkbp:owner gptkb:Russian_government
gptkbp:power_source exports electricity to neighboring regions
gptkbp:power_supply integrated into national power grid
gptkbp:primary_use gptkb:hydroelectric_power_generation
gptkbp:regulatory_compliance operates under Russian energy regulations
gptkbp:research_opportunities provides opportunities for environmental research
gptkbp:reservoir gptkb:Bratsk_Reservoir
gptkbp:river gptkb:Angara_River
gptkbp:safety_measures includes safety protocols for dam operation
gptkbp:significance one of the largest hydroelectric power stations in the world
gptkbp:spillway_type exists
12,000 m³/s
gptkbp:status operational
gptkbp:storage acts as a reservoir for energy storage
gptkbp:sustainability_initiatives engages in sustainability initiatives.
gptkbp:tourism attracts tourists to the area
gptkbp:turbine_type gptkb:9
gptkbp:type gravity dam
gptkbp:water_management regulates water levels in the Angara River
gptkbp:water_quality monitors water quality in the reservoir
gptkbp:bfsParent gptkb:Angara_River
gptkbp:bfsLayer 5