热电联供

  • 网络Cogeneration;co-generation;CHP
热电联供热电联供
  1. 大连台山PFBC-CC热电联供系统方案的计算分析

    Calculating Analysis of System of PFBC-CC for Taishan Cogeneration Plant

  2. 提出了小型热电联供沸水堆CR-200的一回路方案设计,用最佳热工水力估算程序RETRAN-02和编制的蒸发器设计程序对CR-200作了初步的一回路稳态热工设计和稳定性分析。

    Small cogeneration boiling water reactor CR-200 is proposed , and its preliminary thermal-hydraulic design and stability analysis are completed with the best estimate thermal-hydraulic code RETRAN-02 and a steam generator design program .

  3. F级燃气-蒸汽联合循环中的热电联供汽轮机

    Cogeneration Steam Turbine in F Class Gas-steam Turbine Combined Cycle

  4. 分布式冷热电联供系统是冷热电联产的进一步发展.心排血量(CO);

    Distributed co-supply system of cool , heat and power is the further development of co-generation of cool , heat and power .

  5. 小规模热电联供(CHP)技术的特点及发展前景

    Features of small-scale combined heat and power ( CHP ) technology and its development prospects

  6. 冷热电联供系统(CCHP)作为一种分布式能源供应系统,受到越来越广泛的重视。

    Combined cooling heating and power system ( CCHP ), as a kind of distributed energy system , is causing great concerns .

  7. 介绍了几种小规模热电联供(combinedheatandpower,简称CHP)技术(往复式发动机、微型涡轮机、史特林发动机、燃料电池)的特点。

    The features of several kinds of small-scale combined heat and power ( CHP ) technologies such as reciprocating engine , micro turbine and fuel cell were introduced .

  8. 对质子交换膜燃料电池(PEMFC)进行热量平衡计算,就热量的传递、综合利用,燃料电池热电联供技术,进行了阐述。

    The heat balance of proton exchange membrane fuel cell ( PEMFC ) was calculated ; the heat transfer and comprehensive utilization ( the combined heat and power technology of fuel cell ) were elaborated .

  9. 小型热电联供沸水堆cr-200研究。

    Preliminary study on small cogeneration BWR cr-200 .

  10. 参照PID控制器设计参数,使用可编程逻辑控制器、工控机及组态软件,建立两层集中自动控制系统,完成实际冷热电联供系统启/停过程和负荷调节的自动控制。

    According the design parameters of PID controller , using PLC , IPC and configure software , the centralized automatic control system of two layers is established . The process of start or stop and load adjustment of CCHP system is automatic controlled by the control system .

  11. 结合分布式能源冷热电联供(CCHP)系统在北京市的发展状况,重点探讨了其电力并网交易的问题。

    In the light of the status quo of distributed generation of combined cooling and heating power ( CCHP ) in Beijing , this paper discusses the issues concerning the trading by interconnection .

  12. 本文设计了应用于冷热电联供系统热循环功率50KW的微型燃气轮机。

    In this research a thermodynamic cycle of 50 KW gas turbine for micro CCHP plant is designed .

  13. 认为采用热电联供、CFB锅炉和水煤浆锅炉、大系统能量集成、工艺装置热联合、柔性设计和计算机辅助优化运行等能量转换新技术,是未来中国炼油企业的选择。

    It is considered that co-generation , CFB boiler and water-coal slurry boiler , energy integration in big system , heat integration in process units , flexible design and the computer-aided optimal operation for energy conversion will be the selections for domestic refineries in future .

  14. 以燃煤锅炉集中供热的上海金桥出口加工区引进天然气热电联供系统(CGS)为例,对其成本和效率作了评价。

    Cost-effectiveness of a natural gas cogeneration ( CGS ) system was evaluated , assumed introduced in Shanghai Jinqiao Export Processing Zone where heat ( steam ) has been supplied by a coal-fired boiler .

  15. 扼要地介绍了利用5MW低温核供热试验堆基地开展热电联供、工业供汽、核能制冷及核能海水淡化方面的研究进展情况。

    Using 5 MW low-temperature heating test reactor as experimental basis , the research of nuclear energy applications , such as heat-electricity co-generation , process steam supply , nuclear refrigeration and nuclear desalination of sea water is introduced .

  16. 高碑店污水处理厂沼气热电联供情况介绍

    Power and Heat Generation by Methane in Gaobeidian Wastewater Treatment Plant

  17. 广州大学城分布式冷热电联供项目的启示

    An inspiration to guangzhou university town 's DES / CCHP project

  18. 小型燃气轮机热电联供系统性能计算和分析

    Performance Calculation and Analysis of a Small Gas Turbine-based Cogeneration System

  19. 热电联供汽轮机数字电液控制系统

    Digital Electrohydraulic Control System for Admission / Extraction Steam Turbines

  20. 燃气-蒸汽联合循环自备热电联供经济敏感性分析

    Economic Sensitivity Analysis of Internal Co-supply of Combined Gas-heat Cycling

  21. 燃气热气机在国内热电联供领域应用的探讨

    A Discussion about Application of Gas Stirling Engine in CHP

  22. 吸收式热泵技术在热电联供中的应用研究

    Application Study of Absorption Heat Pump Technology in CHP System

  23. 基于负荷曲线的楼宇冷热电联供系统性能研究

    Performance Study of BCHP System Based on the Load Profile

  24. 燃气轮机热电联供注蒸汽变工况运行的技术经济分析

    Techno-economic analysis of cogeneration of steam-injected gas turbines in variable parameter operation

  25. 东方大型热电联供汽轮机的发展规划及设计特点

    Development Planning and Design Performance for Large Co-generation Steam Turbine

  26. 楼宇冷热电联供系统成本分摊方法研究

    Cost Allocation of Building Cooling , Heating , and Power Generation System

  27. 微型冷热电联供系统节能潜力的分析

    Energy saving Potentiality Analysis of a micro-scale combined cooling heating and power system

  28. 基于吸附制冷技术的小型冷热电联供系统的发展概况

    Progress on the Small-Scale CCHP System with Adsorption Refrigeration

  29. 高炉煤气蒸汽联合循环热电联供模式性能预测

    Performance Forecast of the Heat and Power Cogeneration about the Combined Cycle Plant

  30. 建筑物小型热电联供技术的研究展望

    Research Perspective of Small Scale Combined Heat and Power Technology in Buildings Application