Chengdu, CHINA,August 17, 2025, Forster, a specialized manufacturer of hydroelectric power equipment, today announced the successful loading and shipment of a newly manufactured 500kW Francis hydro turbine destined for a client in Central Asia. This shipment underscores Forster’s growing role in supplying renewable energy solutions to international markets, particularly within the Belt and Road Initiative corridor.
The Francis-type hydraulic turbine generator is designed for medium-head applications. Forster’s turbines are known for their robust construction, often utilizing stainless steel for key components to ensure longevity and reliable performance under varying operational conditions.
The expansion into Central Asia represents a significant strategic move for Forster. This region is actively modernizing its energy infrastructure, creating a demand for reliable and efficient small to medium-scale hydropower solutions. The 500kW capacity of this turbine makes it ideally suited for local community power grids or industrial applications, contributing to energy security and sustainable development goals in the region.

Logistics for such shipments involve careful planning. The turbine components are typically packed securely in fumigated wooden crates for protection during the long overland journey, which may traverse multiple countries before reaching its final destination in Central Asia.
The design and manufacture of Francis turbines involve sophisticated engineering to optimize energy conversion from water pressure and flow into mechanical rotation. Forster’s turbines are engineered to operate efficiently within their specified head and flow parameters, ensuring maximum power output.
About Forster: Forster is a hydro turbine manufacturer located in Sichuan, China, specializing in the design and production of Francis and other types of water turbines for various capacity ranges. The company is committed to providing customizable and efficient renewable energy solutions to a global clientele.
Post time: Sep-04-2025
