We specialize in the manufacturing and sales of 1MW - 400MW steam turbines. Our products are widely used in various energy fields, aiming to provide customers with efficient and reliable power solutions.?I. Product Power Coverage and Application Fields?
Power Range: Our steam turbine products have a power range from small 1MW units to large 400MW units, fully covering energy demand scenarios of different scales, and can meet various projects from distributed energy systems to large centralized power plants.?
Application Fields:?
Biomass Power Generation: Suitable for power generation projects using biomass (such as straw, sawdust, landfill gas, etc.) as fuel, helping to efficiently utilize renewable energy and promote the development of green energy. For example, in some agricultural areas, 1MW - 35MW steam turbines can convert biomass energy into stable electricity by using crop straw for power generation.?
Waste Incineration Power Generation: For urban waste treatment, steam turbines are driven by heat generated from waste incineration to generate electricity, realizing the reduction, harmlessness and resource utilization of waste. Generally, 5MW - 25MW steam turbines are often used in this field to help cities solve the dual problems of waste treatment and energy supply.?
Waste Heat Power Generation: In industrial production processes such as steel, cement, and chemical industries, a large amount of waste heat is generated. Our steam turbines can recover this waste heat and convert it into electricity, improving the comprehensive utilization efficiency of energy. For example, in cement kiln waste heat power generation projects, 1MW - 15MW steam turbines can effectively utilize waste heat resources to realize the cascade utilization of energy; in waste heat power generation projects of large steel plants, 30MW - 400MW steam turbines can play a greater role.?
Cogeneration of Heat and Power: It not only meets the user's electricity demand but also provides steam for industrial use or residential heating, greatly improving the energy utilization efficiency. In some industrial parks, cogeneration systems adopt 10MW - 200MW steam turbines to supply power and steam to enterprises in the park simultaneously; in urban central heating projects, 50MW - 400MW steam turbines can provide stable heating and power services for large - area regions.?
Solar Thermal Power Generation: As a key equipment in solar thermal power generation systems, steam turbines convert thermal energy from solar energy into mechanical energy and then into electricity. In 50MW - 200MW solar thermal power generation projects, our steam turbines ensure efficient power generation with their advanced design and stable performance.?
II. Product Technical Features?
Advanced Flow Passage Design: Adopt an efficient flow passage design to optimize the flow path of steam in the steam turbine, reduce energy loss, and improve the internal efficiency of the steam turbine. For example, the high - pressure flow passage adopts a reverse flow design, the medium - pressure flow passage is a forward flow, and the low - pressure flow passage has a double split flow and other advanced structures, ensuring that steam fully expands and does work in each stage of blades. For instance, 300MW - 400MW supercritical steam turbines have significantly higher thermal efficiency than subcritical steam turbines of the same power through this design.?
Flexible Operation Mode: It has various operation modes and can be flexibly adjusted according to different working conditions. For example, extraction steam turbines can adjust the extraction steam volume according to changes in heat load and electric load to realize optimized operation of heat - determined power or cogeneration; back - pressure steam turbines can meet the requirements of different industrial steam pressures according to the exhaust pressure requirements.?
Reliable Materials and Manufacturing Processes: High - temperature components are made of high - temperature alloy steel with a heat resistance temperature of more than 570?, ensuring safe and reliable operation under high - parameter steam conditions. At the same time, advanced manufacturing processes and strict quality control systems are used. Every link from raw material procurement to parts processing and assembly is strictly inspected to ensure product quality. For example, in the manufacturing process of steam turbine rotors, the integral forging rotor process is adopted to improve the strength and reliability of the rotor.?
High Level of Automatic Control: Equipped with an advanced automatic control system, it can realize functions such as remote monitoring, automatic start - stop, and load regulation of the steam turbine, improving the stability and reliability of operation and reducing the intensity of manual operation. The control system can real - time monitor various operating parameters of the steam turbine, such as steam pressure, temperature, speed, vibration, etc., and automatically adjust according to the preset logic to ensure that the steam turbine is always in the best operating state.?
III. Product Advantages?
High Efficiency: Through advanced technical design and optimized operation mode, the product has high thermal efficiency, which can effectively reduce energy consumption and improve power generation efficiency. Compared with traditional steam turbines, under the same working conditions, our steam turbines can increase thermal efficiency by 5% - 10% and reduce power generation costs.?
High Reliability: High - quality materials, advanced manufacturing processes, and strict quality inspection procedures are selected to ensure the reliability and stability of the product during long - term operation, reduce equipment failures and maintenance times, and lower operation and maintenance costs. The average trouble - free operation time of the equipment is long, reaching the industry - leading level.?
Customized Services: According to the different needs of customers, such as steam parameters, power requirements, application scenarios, etc., we provide customers with personalized steam turbine solutions to meet their specific needs. We provide one - stop services from pre - project technical consultation, scheme design to equipment manufacturing, installation, commissioning, and after - sales maintenance.?
Rich Project Experience: Our team has rich experience in steam turbine manufacturing and project implementation. We have successfully provided high - quality steam turbine products and services for many domestic and foreign projects, covering different application fields and project scales, and have been widely recognized and praised by customers.?
IV. Examples of Product Technical Parameters?
300MW - 400MW Supercritical Steam Turbine:?
Main Steam Pressure: 24.2MPa?
Main Steam Temperature: 566??
Reheat Steam Temperature: 566??
Thermal Efficiency: About 5% higher than that of subcritical steam turbines of the same power?
Number of Flow Passage Stages: 1 regulating stage and 10 pressure stages for high pressure; 6 pressure stages for medium pressure; 2×7 pressure stages for low pressure; total 31 stages (or other customized stages)?
Industrial Extraction Steam Parameters (Optional): Extraction steam pressure is adjustable from 0.9 - 1.1Mpa, and extraction steam flow is 400t/h?
1MW - 15MW Small Steam Turbine:?
Inlet Steam Pressure Range: According to different application scenarios, it is generally 0.5MPa - 5MPa?
Inlet Steam Temperature Range: 150? - 450??
Exhaust Steam Pressure: The exhaust steam pressure of back - pressure steam turbines is determined according to user needs; the exhaust steam pressure of condensing steam turbines can generally be as low as 0.005MPa - 0.008MPa?
Power Generation Efficiency: 10% - 25% higher than that of conventional products?
Whether you are planning a new energy project or upgrading existing equipment, our 1MW - 400MW steam turbine products will be your ideal choice. We will provide solid support for your energy cause with professional technology, high - quality products and perfect services.
