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SUNFUN Group specializes in intelligent and sustainable industrial development. Driving quality advancement in manufacturing across China and the globe through technological innovation, we are committed to creating green value for a better human life.
We have deep expertise in smart energy and smart manufacturing, consistently achieving breakthroughs in precision production. Our capabilities range from 0.001-mm precision machining to the manufacture of components weighing from 0.1 grams to 150 tons. We maintain energy consumption within 0.1% and implement fully intelligent process management—all supported by four decades of specialized experience!
Innovation is the foundation of the growth of our group. We have built an open and collaborative innovation ecosystem, partnering with governments, enterprises, universities, and institutions to enable cooperative innovation and shared value, injecting sustained momentum into the industry.<br/>
As an accredited technology enterprise with its own institute and talent academy, SUNFUN has completed more than ten national-level R&D tasks and undertaken major projects commissioned by agencies such as the NDRC, MOST, and MIIT.
The steam parameters of the 600,000 kW turbine are 24.2 MPa and 566°C
Product Overview
A Steam Turbine is a high-performance rotary power machine designed to convert steam energy into mechanical power. As a cornerstone of modern industry, it serves two primary functions:
● Power Generation: Acting as the prime mover for electrical generators.
● Mechanical Drive: Providing direct rotational energy for heavy industrial equipment.
Core Applications
Steam turbines are the central equipment in Thermal Power Plants and are versatile enough to support various sectors:
● Industrial Equipment: Driving large-scale fans, water pumps, and compressors across diverse manufacturing sectors.
● Marine Propulsion: Used on ships to drive propellers, providing reliable and powerful propulsion for maritime transport.
Strategic Importance & Market Advantages
Despite the diversification of power generation (Thermal, Hydro, Nuclear, PV, and Wind), Thermal Power remains the dominant method due to the following advantages:
● Technological Maturity: Simple and reliable technology with a proven track record.
● Economic Efficiency: Compatible with abundant and cost-effective fuel sources.
● Deployment Flexibility: Low site selection requirements and significantly shorter construction periods compared to other large-scale power projects.
● Grid Stability (Peak Shaving): To counteract the instability caused by the rising proportion of wind and solar power, our thermal power units provide essential flexible peak frequency capacity and energy storage compatibility to maintain power system stability.
Technical Features & Design
This unit utilizes a high-efficiency configuration designed for maximum energy recovery and operational reliability:
● Reheat System: Single-stage intermediate reheat.
● Shaft Configuration: Single shaft design.
● Cylinder Arrangement: Three-cylinder, four-exhaust flow path.
● Cooling System: Directly connected to an air-cooled condenser (ACC) for optimized water conservation and environmental adaptability.
