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首页> 外文期刊>Acta Horticulturae >An integrated simulation and decision support system for greenhouse climate control (InfoGrow 2.0) based on an open source greenhouse modelling platform
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An integrated simulation and decision support system for greenhouse climate control (InfoGrow 2.0) based on an open source greenhouse modelling platform

机译：基于开源温室建模平台的温室气候控制（infogrow 2.0）集成仿真和决策支持系统

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InfoGrow 2.0 is a model-based multi-source decision support system for energy and production management, which can help greenhouse nurseries continue to increase the energy efficiency achieved over the past years. So far, energy savings are the resultof investments in energy saving measures, production of less heat consuming cultivars and, to some extent, the use of energy saving climate control regimes and simple or model-based decision support systems. Building upon the latter, the next step is optimizing model-based decision support through new compilation of models and introduction of data from new data sources (e.g. production planning and weather data). This system integrates existing tools for online monitoring of resource use and plant growth (InfoGrow) with a greenhouse simulator (Virtual Greenhouse), which simulates the effects of physical changes in the greenhouse and changes in climate control. In this paper, we present the overall concept of the integrated simulation and decision support system, showing the workflow of the different components in the system and presenting a design example of the user interface.
机译：infogrow 2.0是一种基于模型的多源决策支持系统，用于能源和生产管理，可以帮助温室苗圃继续提高过去几年取得的能源效率。到目前为止，节能是对节能措施的投资，生产较少的燃烧品种，在一定程度上，在一定程度上使用节能气候控制制度和简单或模型的决策支持系统。建立后一步，下一步是通过新的汇编和来自新数据源的数据的新汇编来优化基于模型的决策支持（例如，生产计划和天气数据）。该系统将现有工具集成了在线监测资源使用和工厂增长（infoGrow），其中温室模拟器（虚拟温室）模拟了温室的物理变化的影响和气候控制的变化。在本文中，我们介绍了集成仿真和决策支持系统的整体概念，显示了系统中不同组件的工作流程并呈现用户界面的设计示例。

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