The modular wind power plant, developed by scientists at St. Petersburg Polytechnic University, is adapted to the harsh conditions of the Arctic and uses digital technologies. This increases the efficiency of energy supply to remote settlements and industrial facilities in the northern regions.

Energy supply in the Arctic is associated with the difficulties of transporting fuel for diesel power plants, which leads to an increase in the cost of fuel and electricity for consumers. However, the coastal territories of Russia have high wind energy potential.

Scientists propose using wind-diesel power complexes with modular wind power plants with a capacity of 100 kW to generate electricity. This increases energy efficiency, reduces energy supply costs, and reduces harmful emissions and greenhouse gases.

The modular design of the plant simplifies transportation and installation in permafrost areas, while its optimized blade shape and use of modern materials enable it to generate electricity even in relatively low wind speeds.

Scientists have also developed an innovative structural solution for the foundation of metal or concrete modules, which is delivered to the installation site and mounted without the use of cranes with high boom reach.

The digital twin of a wind power plant optimises the design process and increases the efficiency of equipment operation in difficult climatic conditions. The overall economic benefit from the implementation of the development depends on the specific location conditions and the impact of the wind potential of the region on the range of fuel transportation.

Source: Arctic Century

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