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有效地控制和调节建筑和家庭内部的气候是为在那里生活和工作的人创造健康和生产环境的关键,同时也可以在成本和环境意识方面确保最佳能源效率。

当前的气候控制系统包括暖通空调(HVAC)及空调,热量成本分配器、恒温器和空气质量系统正变得越来越智能和连贯,以充分利用智能技术优势。

由于每个控制系统都基于物理变量感应,因此必须部署各种环境传感器,以便有效地监测和控制温度、湿度、环境光和空气质量,同时所涉及的任何设备必须以尽可能高的能源效率运行。

我们拥有广泛的32位STM32微控制器、MEMS环境传感器、高效电源和电机控制解决方案,以及各种有线和无线连接产品和解决方案。

为了在开发过程中为工程师提供帮助,我们提供了一整套硬件与软件评估与开发工具,包括支持主要云平台的软件开发套件(SDK),以便实现远程感测、监控、驱动和设备管理。

Air Quality Monitor System
Air Quality Monitor System
Air Quality within a home or commercial building can be far worse than that outdoors as there might be higher concentrations of...
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Central HVAC
Central HVAC
Heating, ventilation and air conditioning (HVAC) systems must be highly energy-efficient and reliable - to help saving on energy...
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Heat Cost Allocators (HCA)
Heat Cost Allocators (HCA)
Heat metering systems, also called heat cost allocators, are typically used in multi-resident buildings to optimally allocate heat cost based on usage...
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Heating Control
Heating Control
In a heating control system inputs from sensors are used to control valve and heating components – including electric radiators of gas furnaces...
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Room Air Condition (RAC)
Room Air Condition (RAC)
Room Air conditioning systems must be highly energy-efficient and reliable - to help saving on energy and maintenance costs – and...
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Thermostat
Thermostat
In a heating control system inputs from sensors are used to control valve and heating components – including electric radiators of gas furnaces...
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出版刊物和宣传资料

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      电源管理 2017版指南 09.2017
      4.42 MB
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      电源管理 2017版指南