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用于控制器开发的建筑空调混合仿真系统 被引量:3

Hybrid Simulation of Building and Air-conditioning System for Controller Development
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摘要 对于暖通的仿真软件TRNSYS而言,其平台的控制模块具有开发难度大、调试不方便的特点,如果结合MATLAB工具箱和LABVIEW虚拟仪器开发环境建立控制仿真系统,则可以大大加快控制策略的开发和调试。本文在建立了基于TRNSYS的建筑和空调系统仿真模块和基于LABVIEW和MATLAB的控制系统仿真模块的基础上,建立了混合仿真系统,并对其进行了测试。测试结果表明,混合仿真系统的仿真精度与全数字仿真基本相同,但其应用于控制开发的便利性大大提高了。 It is not convenient to program and debug the control logic on TRNSYS platform.Combined with MATLAB toolbox and LABVIEW virtual instrument development environment,the time can be shorten to develop the control strategy.Based on TRNSYS-based building and air conditioning systems simulation module,LABVIEW and MATLAB-based control system simulation module,the hybrid simulation system is setup and validated.The results show that the hybrid simulation system not only has the same accuracy as the simulation only using TRNSYS,but also it can be more convenient than the simulation only using TRNSYS.
出处 《建筑热能通风空调》 2011年第4期1-5,86,共6页 Building Energy & Environment
基金 国家自然科学基金(No.50976066)
关键词 TRNSYS LABVIEW MATLAB 混合仿真 控制器开发 TRNSYS MATLAB hybrid simulation development of controller
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