多能源系统

对ADVISOR软件进行二次开发，建立了SQR-HEV多能源系统逻辑门限值控制策略和ICE优化曲线控制策略，并进行了计算与仿真比较；

The logic switch control and ICE optimization curve control strategy are presented based on the ADVISOR software . The simulation results of two control strategy are compared then .

建模过程及实验结果表明，键合图法是一种适合于多能源系统的建模方法。

The study makes it clear that bond graph method is suit for the modeling of multiple energy systems .

针对扭矩复合型式的并联混合动力汽车，在循环工况和多能源系统能量控制策略确定的前提下，提出了基于复合形原理的动力传动系全局优化算法。

In this paper , aiming at Parallel Hybrid Electric Vehicles ( PHEV ), an algorithm for the global optimization of driveline in the case of a priori known driving speed cycle and a given multi-powered control strategy is presented .

基于DSP的混合动力公交车多能源控制系统的开发

Development of Multi-power Powertrain Control System for Series Hybrid Electric Bus Based on DSP

开发混合动力电动汽车多能源控制系统不仅在ECU技术、硬件设计、数学模型、算法和软件技术方面要求很高，而且在执行部件的设计与制造等方面都是难度较大的工作。

At the same time it is one of the technology innovations of HEV . The development of HEV Energies Management System not only needs ECU technology , math 's model , software technology etc , but also has much work to do on actuator of design and manufacturing .

自主机器人燃料电池多能源动力系统研究

Research on Hybrid Power System of Fuel Cell Autonomous Robot

串联式混合动力多能源管理系统的研制

Development of Multiple Energy Management for the Series Hybrid System

并联混合动力轿车多能源管理系统标定试验

Multiple Energy Management Calibration Experiments of Parallel Hybrid Electric Vehicle

使之有效的为车辆多能源管理系统的控制策略的不断改进提供依据。

Make it provide base of vehicle hybrid power system control strategy usefully .

多联产能源系统的热经济学分析

Thermo-economic analysis of poly - generation energy system

以燃气轮机为核心的多功能能源系统基本形式与构成

The basic forms and configuration of multifunction energy system with a core of gas turbine

研究成果将为太阳能多功能能源系统发展提供新方案与新思路。

The results will supply new schemes and methods for the development of solar multi-function energy systems .

以煤气化为核心的多联产能源系统&资源/能源/环境整体优化与可持续发展

Poly-generation Energy System Based on Coal Gasification & Integrated optimization and sustainable development of resources , energy and environment

结合城市公交车的营运特点，研制开发了串联式混合动力城市公交车多能源管理系统。

A multi-energy management for the series hybrid system is developed according to the working model of the city bus .

作为混合动力电动汽车的多能源控制系统的核心，控制策略是决定混合动力汽车性能的关键。

As the spirit of the multi-energy control system for HEV , the control strategy is the key to determine the performance of HEV .

本文开拓性地提出了一种新型多种化石能源输入（煤和天然气）、多种产品输出（电力和化工产品）的多功能能源系统。

A new kind of multi-functional energy system with multi inputs of fossil fuels ( natural gas and coal ) and multi outputs of products ( methanol and power ) is proposed .

为采集混合动力电动汽车运行时的各种参数，评价混合动力的性能，为多能源管理系统控制策略的改进提供依据，开发了混合动力电动汽车数据采集系统；

The development of hybrid electric vehicle data acquisition system aims at acquiring the running data of hybrid electric vehicle , values the vehicle 's performance and offers improvement ideas for multi-energy management system .

实际车辆营运证明，本混合动力多能源管理系统能动态的实现行驶区间的发动机和车辆功率平衡，有效地控制蓄电池的充放电电流。

The testing results prove that this management can realize the balance of the power between the engine and vehicle requirement during a driving cycle , and can control the battery charging and discharging current efficiently .

以大型风电场为核心的多能源互补发电系统

Multi-energies Hybrid Power Systems Centered on Large-scale Wind Farm

概述以燃气轮机为核心的多功能能源动力系统；扼要叙述热工领域的狭义燃气轮机总能系统的基本概念与类型；

This paper has discussed the conception and integrated mechanism of multifunction energy system with a core of gas turbine .

为解决上述矛盾，提出车速动态特性优化在HEV多能源动力总成系统控制中的运用，并论述其原理及实现方法。

Velocity 's dynamic performance optimization used in the control of the HEV propulsion system is proposed to solve the problem , and its principle and implementation are discussed .

多能源互补的多功能能源系统借助系统集成和过程革新，寻求将多种能源综合互补、高效利用的有效途径与方法，逐步成为能源领域可持续发展的方向之一。

The multi-functional energy system ( MES ), which has been considered as a sustainable energy system , can utilize multi energy ( fossil fuel and renewable energy ) synthetically and efficiently based on the system integration and the process innovation .

概述了不同能源的总能系统类别的基本形式，如燃用气体燃料和液体燃料、煤炭、核能、可再生能源、氢能以及多能源互补等多功能能源系统，并阐述它们的主要特点与过程构成。

This paper also discusses basic forms of diverse energy resource total energy systems , such as gas fuel , liquid fuel , coal , nuclear energy , renewable energy , hydrogen energy and multi-energy colligated multifunction system , etc , and also expatiates their primary characteristics and configuration .