1.
Energy Consumption Analysis in Cogeneration and Separate Generation of Heating and Power in the Condition of the Pure Heating Load;
单纯采暖负荷下热电联产与热电分产的能耗分析比较
2.
The Influences of the Air Conditioning Load on the Daily Load Characteristics of Central China Power Grid;
降温采暖负荷对华中电网日负荷特性的影响
3.
The Characteristics of Heating, Cooling and Moisture Load and Evaluation of Heating and Air Conditioning Forms Evaluation of Residential Buildings in Yangtze River Basin
长江流域住宅热湿负荷特性及采暖空调方式评价
4.
The load-center unit substations are composed of transformers and circuit breakers which distribute power to the medium size motors and lighting and heating loads.
负荷中心单元变电站由变压器、断路器组成,中型电动机、照明和取暖负荷通过断路器获得电力。
5.
Heating load calculation and energy consumption analysis for gas-infrared heated rooms
燃气辐射供暖房间的供暖负荷计算及能耗分析
6.
single-pole enclosed fused switch
单极保护式负荷开关
7.
Influence of thermal bridges on heating loads and energy consumption indexes for energy-saving buildings
节能建筑中热桥对供暖负荷和能耗指标的影响
8.
Practice of Intelligent Heating Managing and Control System with SCM
用单片机实现智能采暖管理控制系统
9.
The Study of the New Algorithm to Thermal Power System Real Power Economic Dispatch in Power Market;
电力市场下纯火电系统经济负荷分配新算法
10.
Study on Flexible Coordinated Control System for Boiler-Turbine Units;
单元机组负荷柔性协调控制系统研究
11.
Rush order inserting problem based on load-oriented manufacturing control technique
基于面向负荷的生产控制的紧急订单插单问题
12.
Development of A New Electric Heating Stove Controller Based on HT46R47 Single Chip
基于HT46R47单片机的电采暖炉控制器的研制
13.
Design of Home Heating and Bathing Device Controled by Single Chip Computer
基于单片机控制的家用采暖洗浴器设计
14.
Design of Hot Water Heating System Based on Single-chip Control in the Greenhouse
基于单片机控制的温室热水采暖系统设计
15.
The conclusion is that using gravity retaining wall alone will be comparatively uneconomical.
单纯采用重力式挡土墙是不经济的。
16.
With SMES systems it is possible to protect critical process loads.
采用SMES系统就在可能保护紧要的生产负荷。
17.
Accepted design loadings in the United States vary with the latitude.
在美国被采用的设计负荷随着纬度而变化。
18.
The Plan Designs of Integration Electric Energy and Load System;
一体化电能及负荷采集系统的规划设计