能量回收
- 网络energy recovery;ERV
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并联式HEV制动能量回收控制策略的仿真研究
Simulation and Study on Control Strategy for Brake Energy Recovery of Parallel Type HEV
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分析了在FCCU烟气能量回收机组的控制系统的设计中,采用不同算法来实现互不相同的使用要求。
Abstract The paper elucidates how , in the course of designing control systems of FCCU flue gas energy recovery sets , different calculation methods may be used for meeting various application requirements .
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基于PWM开关控制的能量回收式压电陶瓷驱动电源的研究
The Research of Switching PZT Amplifier with Energy-recovery Based on PWM
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系统采用主从式结构设计方法,运用DSP作为主控制器,单片机作为分控制器,实现了对锂离子电池化成检测过程的单点独立控制、能量回收、实时管理监控等功能。
It is used for monitoring and controlling the timely process of Li-Ion battery formation and testing .
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FCC烟气能量回收系统的现状与设想
Status quo and ideas of FCC flue gas energy recovering system
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针对具体车型,利用Matlab对CPS能量回收系统中变量泵/马达,蓄能器,飞轮影响汽车性能指标的参数进行仿真计算。
Simulation on parameters of pump / motor , accumulation and flywheel with Matlab .
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液压混合动力汽车(HydraulicHybridVehicle)具有能量回收、实现节能减排与环境保护等技术优势,是近年来科技界讨论的热点话题和关注焦点。
It is a hot topic and focus in scientific community that hydraulic hybrid vehicle has advantages of energy-recovery and emission-reduction as well as environment-protection and so on recently .
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车辆在中等车速、较小制动强度和中等SOC时能量回收率最高。
When the vehicle brakes with medium speed , smaller braking strength and medium SOC , the recovery efficiency is highest . 4 .
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文中讨论了石油化工企业中的FCC能量回收机组的建模与仿真问题。
We deal with the modelling and simulating of FCC power recovery system in petrochemical plant , especially with the main attention to the algorithm of simulation and its applications .
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为了充分利用再生制动的功能,分析了纯电动汽车再生制动的工作原理,研究了能量回收的控制策略,利用Matlab仿真验证了理论研究的正确性。
Moreover , in order to make the regenerative braking more effective , the principle of regenerative braking for PEV is analyzed , the control strategy for energy recycling is studied and simulated in Matlab . 3 .
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提出通过对液压马达转速进行PID控制,使马达输出转速能够恒定在发电机高效区内,从而提高整个系统能量回收的效率。
A method of using PID controller to control the displacement of hydraulic motor is proposed . By PID controlling , the output speed of the motor is consistent in high efficiency domain of the generator , so the entire efficiency of system energy recycle is improved .
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使用车载排放测量系统(OBS)对一台重型混合动力公交车的排放水平进行评估,以检验被测车辆上装载的能量回收装置能否改善排放。
On - board emission test system ( OBS ) is used to evaluate the emission level of a heavy duty hybrid bus to see whether the on - board energy recycle device could improve emission level .
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提出了能量回收阈值逻辑电路(ERTL)。
Energy recovery threshold logic ( ERTL ) is proposed , which combines threshold logic with adiabatic approach .
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根据已知输入的所要求的偏转转矩和道路摩擦系数,用该通常算法计算出最佳能量回收制动转矩和最佳的EHB转矩。
The genetic algorithm calculates the optimal regenerative braking torque and the optimal EHB torque for the given inputs of the desired yaw moment and road friction coefficient .
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采用空气-空气能量回收装置(AAERE)预处理新风,可以解决风机盘管干工况运行中的困难。
Using air-to-air energy recovery equipment ( AAERE ) to pretreat fresh air can solve the problem of the application of dry coil condition .
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为了大规模集成电路的低能耗应用,提出了一种不完全绝热电路&自举能量回收逻辑电路(bootstrapenergyrecoverylogic,BERL)。
A partially-adiabatic circuit , the bootstrap energy recovery logic ( BERL ), was developed to reduce energy losses in low power applications in large-scale integrated circuit .
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其中,充电电源设计采用以半桥电路作为拓扑结构的高频开关电源,同时,在输出滤波环节中加入双向半桥DC-DC变换器,以实现对电池的负脉冲放电及能量回收,提高了充电机的充电效率。
The charging power supply takes high frequency switching mode power supply with half-bridge topology circuit , at the same time , for the fast charging strategies such as negative and positive pulse charge , a bidirectional DC-DC converter is designed for the battery discharge and energy recovery .
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在第五章中,通过利用dSPACE控制板对四种能量回收系统进行了实验,测试了各系统在不同负载下的能量回收功率,测试结果很好的符合了仿真的结果。
In chapter 5 , the test on the 4 different energy harvesting system was performed using dspace control board . The output of these systems versus different resistive loads were measured , the measured parameters were in good agreement with that of simulations .
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本文工作中设计和研究的阀控余压能量回收装置(VC-ERD)即采用正位移式原理,利用阀和水压缸来实现能量交换。
The valve-controlled energy recovery device ( VC-ERD ) designed in our research project is of the positive displacement type . It uses valves and cylinders to accomplish the energy exchange process .
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锦州医学院在建设SFP级动物实验室过程中为降低造价,并最大限度节约能耗、降低运行费用,设计时采用能量回收装置和水源热泵供暖技术。
In the course of the construction of SPF animal laboratory in Jinzhou medical college , the installation of energy recovery and the heating technique of water derived hot pump was used in order to lower the cost and running expense and save energy consuming .
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BIPV将光伏发电系统与建筑物有机集成为一体,能有效降低光伏发电系统成本,缩短能量回收期,提高建筑物能效,是解决世界能源与环境问题,实现可持续发展的关键策略之一。
The BIPV , as an important policy to mitigate energy and environmental issues and implement sustainable development , integrates organically photovoltaic power system into buildings , and can reduce the investment costs , shorten energy pay-back time , and improve the energy efficiency of buildings .
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旋流式分离器放大到1000mm仍能满足催化裂化能量回收三级高效分离的要求,具有单体处理能力大,并联数量少,性能稳定,结构简单和维修方便等优点。
Even scale up to 1000 mm , the windspout separator still can be used as the third stage separator to fulfil the energy recovery requirement . The advantages are high capacity , stable performance , simple structure and easy for maintenance .
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热泵能量回收系统在游泳馆空调系统设计中的应用研究
Application of Heat Pump Recovery System in Natatorium Air Conditioning Design
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催化裂化再生烟气能量回收系统的风险决策
Risk decision on energy recovery system from catalytic cracking flue gas
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烟气能量回收机组自保系统的静态试验
Static testing of self-insurance system for flue gas energy recovery set
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一种新型制动能量回收系统的仿真研究
Research on the simulation of a novel breaking energy recovery system
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轨道交通超级电容能量回收控制系统设计
Design of Control System for Supercapacitor-based Rail Transit Energy Recovery System
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绝热燃烧技术在烟气能量回收装置上的应用
Application of adiabatic combustion technology in flue gas energy recovery unit
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同轴式烟气能量回收汽轮机组的经济效益
Economic benefit of coaxial type flue gas power recovery turbine train
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HST40/13能量回收机运行情况总结
Sum-Up of Operation of Model HST40 / 13 Energy Recovery Unit