1) ultra-low energy consumption
超低能耗
1.
The scheme of demonstration building with ultra-low energy consumption in Tsinghua University was presented, and the application of green energies, such as solar energy and hydrogen energy in this project was introduced.
简单介绍了清华大学超低能耗示范楼的设计方案,着重描述了太阳能、氢能等清洁能源在该工程中的应用,提出了“由系统网络平台到设备即插即用”的新的智能化控制理念。
2) Tsinghua Low-energy Demonstration Building
超低能耗示范楼
1.
Intelligent Building Integration and Energy-saving in Tsinghua Low-energy Demonstration Building;
清华大学超低能耗示范楼信息集成系统与节能应用
3) energy efficient building
超低能耗建筑
1.
This paper presents the comparison of various system performance indicators between the energy efficient building and traditional building and the scheme design and economics assessment of energy efficient building in the cold area.
本文对比了寒冷地区超低能耗建筑与常规节能建筑各节能系统的性能指标,介绍了在寒冷地区建造超低能耗建筑的设计方案,同时对常规节能建筑和超低能耗建筑的经济性进行对比,结果表明在一定的社会条件和优惠政策下,超低能耗建筑在经济上是可行的。
4) ultra-low electrical consumption
超低电耗
1.
A brand-new electrochemical process was studied to produce hydrogen with ultra-low electrical consumption of 1.
该文提出了电化学溶解-沉淀法这一全新的工艺,可实现超低电耗(1。
2.
A brand-new electrochemical process was studied to produce hydrogen at ultra-low electrical consumption of less than 1.
提出了一种全新的工艺:电化学溶解-沉淀法,可实现超低电耗(低于1。
5) ultra-low power consumption
超低功耗
1.
Design of ultra-low power consumption for intelligent vortex flow meter;
智能涡街流量积算仪的超低功耗设计
2.
Meanwhile,we describe the modularization design ideas of hardware and software of ultra-low power consumption in detail.
并详细阐述了系统的软、硬件超低功耗的设计思想。
3.
The application of ultra-low power consumption and short distance wireless control network adopting ZigBee technology in intelligent house control would formed new consumption demand, it is so simple to finish installation by changing switches, and could save energy, ensure safe and make intelligent house control more intimate comfortable and more assured.
采用了ZigBee技术的超低功耗无线短距控制网络在家居智能控制的应用将形成新的消费需求,它能简单到只要更换开关就可以完成安装,并且节约能源、保障安全,使得家居智能控制更贴心、更放心。
6) ultra-low-power
超低功耗
1.
Development of ultra-low-power handheld testing instrument of seismic detector;
超低功耗手持式检波器测试仪
2.
Take advantage of the MCU′s ultra-low-power and high-integration,and also the electrochemistry sensor′s high-selectivity and the high-accuracy.
介绍了一种用单片机MSP430F149与电化学传感器相结合设计的一氧化碳报警器,利用了MSP430超低功耗和高集成度的优点,同时也利用了电化学传感器高度的选择性和准确性。
3.
Development of Ultra-Low-Power Handheld Testing Instrument of Seismic Detector Based on μC/OS-Ⅱ;
手持式检波器测试仪选取超低功耗的16位单片机MSP430为主控MCU,选择μC/OS-Ⅱ作为系统地实时操作系统,采用低功耗的智能处理策略,实现多任务处理、超长待机,便于野外长时间作业。
补充资料：低能耗蒸汽转化法
分子式：
CAS号：
性质：对传统的天然气蒸汽转化传统方法的革新以达到了增产节能的效果。主要革新：(1)一段转化炉采用换热式，出二段转化炉的高温气体不用于产生高压蒸汽，用作一段转化炉所需热量的加热介质；(2)一段转化炉采用较温和的转化温度，二段转化炉加入过量空气，工艺气中过量的氮采用深冷或变压吸附法除去；(3)降低一段转化炉的H2O/C，由3.5降至2.7左右，需要采用适当低H2O/C的转化催化剂。
CAS号：
性质：对传统的天然气蒸汽转化传统方法的革新以达到了增产节能的效果。主要革新：(1)一段转化炉采用换热式，出二段转化炉的高温气体不用于产生高压蒸汽，用作一段转化炉所需热量的加热介质；(2)一段转化炉采用较温和的转化温度，二段转化炉加入过量空气，工艺气中过量的氮采用深冷或变压吸附法除去；(3)降低一段转化炉的H2O/C，由3.5降至2.7左右，需要采用适当低H2O/C的转化催化剂。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条