| 1. | Design of steam turbine digital electro - hydraulic control system simulator
型电液调节系统的改造 |
| 2. | Code of electro - hydraulic regulating system and unit for hydraulic turbines
水轮机电液调节系统及装置技术规程 |
| 3. | Performance acceptance guide of steam turbine electro - hydraulic control system
气轮机电液调节系统性能验收导则 |
| 4. | Reconstruction of electro - hydraulic regulating system of turbine generator
佳木斯发电厂12号机组电液调节系统改造 |
| 5. | Digital electro - hydraulic control system of steam turbine for large - scale thermal power - generatung unit
汽轮发电机电液调节系统改造 |
| 6. | Regulating and testing guide of electro - hydraulic regulating system and device for hydraulic turbine
水轮机电液调节系统及装置调整试验导则 |
| 7. | Transformation of unit 4 in maoming cogeneration power plant to use deh - a digital electro - hydraulic control system
集成型执行器汽轮机电液调节系统 |
| 8. | Abstract : mathematical model of governing system ' s dynamic characteristicfor condensing turbine 、 reheat turbine 、 extraction turbine and power frequency turbine are introduced in this paper
文摘:介绍了研究凝汽式汽轮机调节系统、中间再热式汽轮机调节系统、调整抽汽式汽轮机调节系统及功频电液调节系统的动态特性的数学模型。 |
| 9. | Whith the development of electronic industry , electro - over - speed protection control system takes the place of traditional control system . it becomes the main role of turbine control system . it includes deh ( digital - electro - hydraulic control ) and aeh ( analisys - electro - hydraulic control )
在电超速保护控制系统中,又可分为模拟电液调节系统和数字电液调节系统( deh , digitalelectro - hydrauliccontrol ) ,本课题及开发数字电液调节系统中超速保护装置。 |
| 10. | This text introduces the characteristic concept of turbine control system from two traditional aspects of static and dynamic state , and the characteristics of reheating system and the power - frequency electric liquid control system , and analyzes the difference from the simulated electric control system to digital electric system . this text describes the constitute of deh system from three aspects and analyzes the reliability of deh system
本文从传统的汽轮机静态特性和动态特性两个方面讲述了汽轮机调节特性的概念，以及中间再热式汽轮机调节特性、功率? ?频率电液调节系统的特点。以阳泉二电厂deh系统为例，从硬件、软件和控制功能群三部分叙述分析了deh的组成和各部分作用，并对deh系统的可靠性进行了分析。 |
