Overview
KOZLODUY is a 2,000 MW nuclear power plant in Bulgaria, one of the largest in the region. It provides baseload electricity to the national grid.
KOZLODUY is a nuclear power plant located in Kozloduy, Bulgaria, with a capacity of 2,000 MW. It is one of the largest power generation facilities in the Balkans and plays a critical role in Bulgaria's energy security. The plant is operated under the regulatory oversight of the Bulgarian Nuclear Regulatory Agency. The facility uses nuclear fuel and operates with pressurized water reactor technology. As a nuclear plant, it has a low carbon footprint but requires stringent safety measures and waste management protocols. The plant's capacity places it in the large-scale category for power generation in Bulgaria. KOZLODUY supplies a significant portion of Bulgaria's electricity, supporting both residential and industrial consumers. Its operation is subject to international safety standards and European Union regulations, including the Euratom Treaty. The plant's location along the Danube River provides access to cooling water and transportation infrastructure.
Environmental context
The plant's nuclear fuel type results in negligible CO2, SOx, and NOx emissions during operation, contributing to Bulgaria's climate goals. However, the facility's proximity to the Danube River and nearby populated areas necessitates robust safety and emergency planning. The plant's age and technology require ongoing investment in modernization to maintain safety standards.
Frequently asked questions
KOZLODUY is located in Kozloduy, Bulgaria, near the Danube River.
KOZLODUY has a capacity of 2,000 megawatts (MW), making it one of the largest power plants in Bulgaria.
KOZLODUY uses pressurized water reactor (PWR) technology, a common design for nuclear power plants.
Nuclear power in Bulgaria is regulated by the Bulgarian Nuclear Regulatory Agency and must comply with European Union standards, including the Euratom Treaty.
KOZLODUY provides baseload electricity, supplying a significant portion of Bulgaria's power demand and supporting grid stability.