Founding History
Talakan is a comparatively young settlement in the Amur Oblast, the history of which is inextricably linked to the development of hydropower in Russia. It did not arise spontaneously but was established as a planned workers' settlement intended for the builders and operational staff of the Bureya Hydroelectric Power Plant (HPP).
The first pages of the settlement's chronicle were written in the second half of the 1970s, when surveyors and advance teams of hydro-builders arrived in this remote corner of the taiga. It was the commencement of massive construction on the Bureya River that marked the starting point for the life of this new settlement.
Key Development Factors
- Geographic Location: The site for the settlement was chosen on the right bank of the Bureya River, in a picturesque hilly area. The surrounding taiga and complex terrain dictated their own conditions during design and construction.
- Industrial Necessity: Talakan was created as a "satellite" of the hydroelectric station. Its existence and development were entirely driven by the need for housing and infrastructure for the thousands of specialists engaged in the dam's construction.
- Transport Logistics: An important stage in its formation was the construction of a road connecting the building site with the federal highway and railway network, which brought the territory out of isolation.
Early Appearance and Features
Unlike ancient cities that expanded over centuries, Talakan was designed from the outset as a modern settlement with urban infrastructure. The focus here was on capital construction: instead of temporary barracks, comfortable multi-story buildings were erected to ensure comfort for people working in harsh climatic conditions.
In the early stages, the settlement's economy was fully concentrated on providing the construction site with materials and personnel. The cultural environment was formed as a "fusion" of traditions brought by engineers and workers from various regions of the country, united by a common goal — taming the river's energy.