太阳能采暖

太阳能采暖系统在新农村建设中的应用研究

Study on Application of solar heating system in New Countryside Construction

被动式太阳能采暖建筑的优化设计技术

The Technique of Optimum Design for passive Solar Heating Buildings

根据太阳能采暖系统的原理以及建筑逐时负荷，本文通过TRNSYS软件模拟了太阳能采暖系统变流量动态运行工况，分析了系统中影响太阳能保证率的因素。

The article simulated the dynamic operating status of solar heating system with TRNSYS , and analyzed the impacts of solar fraction in system .

被动式太阳能采暖房数学模型及模拟计算程序&Ⅰ.直接受益型和集热墙型PSHDC（下篇）

The mathematical model and the simulation calculation program of passive solar heated houses & ⅰ . the direct gain and collector-storage wall pshdc ( second part )

天津地区不同太阳能采暖方案的可行性分析

Feasibility analysis of different solar space-heating schemes in Tianjin area

太阳能采暖热水系统规模规划分析计算

Analysis of Size Planning of Solar Heating and Hot Water Combination System

本文讨论了太阳能采暖系统的设计思路，根据主动式太阳能地下蓄热系统的供热特点，对其进行节能特征和经济性分析，并与传统供热方式从供热效果和能耗方面进行了对比分析。

The solar energy heating system design mentality is discussed on the paper .

被动式太阳能采暖乡镇住宅设计和研究

Design and Research for Rural Passive Solar Heating Residences

村镇住宅太阳能采暖与热水供应技术研究

The Study on Solar Heating with Hot Water Supply for Rural Residential Buildings

别墅建筑中太阳能采暖空调系统的设计研究

Design and Research on Applying Solar Energy to HVAC System in Villa Building

被动式太阳能采暖建筑室内空气品质的研究

Study on Indoor Air Quality in Passive Solar Houses

地下建筑利用太阳能采暖的探讨

The research of basement using the solar heating

高寒地区乡镇卫生院利用太阳能采暖技术初探

Preliminary study on the solar energy heating of village health centre in cold plateau area

太阳能采暖的可行性分析

The Feasible Analysis Of Solar Energy Heating

严寒地区工业厂房太阳能采暖设计及运行模拟

Design and Running Simulation of the Solar Heating System for Industrial Plants in Cold Area

住宅建筑节能与太阳能采暖

Energy-saving and Solar Heating in Dwellings

集热蓄热墙体作为一种充分利用太阳能采暖降温通风的建筑围护结构形式，因地制宜的广泛应用具有重要的价值和意义。

The available application of collector-storage wall which fully uses the solar energy sufficiently has great meaning .

第五部分是农村地区太阳能采暖住宅的技术经济分析。

The fifth part is the technical and economic analysis of solar energy housing in rural areas .

在新农村建设中，太阳能采暖技术是可再生能源利用的重要应用领域。

The solar space heating is an important area of the renewable energy application in new village construction .

对一种新型的太阳能采暖部件&隔板式液体对流二极管进行了实验研究。

A new type of passive solar heating element , fluid convective thermic diode with partition , is developed .

多孔太阳墙系统是一种新型的太阳能采暖技术，它能够做到高效采暖、有效通风。

Solar-wall is a novel solar heating technology which has proven to be effective both in heating and ventilation .

为太阳能采暖系统在农村住宅中的推广利用提供了技术指导和参考依据。

The study provides technical guidance and reference to promote the use of solar heating system in rural residential areas .

该系统充分体现了传统炕采暖的优点，将蓄热池与火炕相结合，利用太阳能采暖低温水系统蓄热供暖，夏季可以提供生活热水，冬季可以同时供应热水和暖气。

The system can supply hot water for daily life in summer and even for heating in winter at the same time .

而且，更好的房屋隔热和被动式太阳能采暖的新技术已经可以用于减少家庭采暖所需的能源。

Also , new technologies for better home insulation and passive solar heating are readily available to reduce the energy needed for home heating .

本文提出将太阳能采暖与末端变流量相结合的系统，目的是更加充分的利用太阳能，提高太阳能保证率。

For the purpose of fully utilizing solar energy and increasing solar fraction , the paper proposed solar heating system combined with variable flow .

同时探讨了室内不用辅助热源条件下适合于当地的太阳能采暖房。

The solar house adapted to the solar house in concrete conditions of the area without the help of any assistant heating is also discussed .

在新民居建设中使用了生物污水处理、外墙外保温与太阳能采暖新技术；

In construction of village , the domestic sewage disposal , solar heating and exterior heat preservation on external wall are adopted in new houses .

该文件列出了太阳能采暖的效益和明确2020年目标的好处，支持方法的具体指导方针将有助于决策者施行有效的政策。

The document spells out the benefits of solar heating and a clear target for2020.Concrete guidelines for support measures shall help policy makers implement effective policies .

太阳能采暖系统是一种满足住户采暖和热水供热需求的新型太阳能热水系统，是太阳能热利用技术的延伸。

Solar energy heating system , which is a new way to provide heating and domestic hot water for residents , is a technical extension in solar thermal applications .

单片机的快速发展使其被广泛应用于工业控制，家用电器等众多领域，利用单片机实现对太阳能采暖系统的控制是十分可行的。

The microcomputer is very popular and now is widely used in industrial control and other fields . It is also feasible to control the solar heating system using microcomputer .