主动式太阳能

PV-SAHP系统把热泵循环应用于太阳能光电／光热综合利用中，是一种高效的主动式太阳能利用方式。

PV-SAHP system is an effective application of solar energy .

主动式太阳能空气集热&土壤蓄热温室增温系统的研究

Study on a Solar Active Heating and Soil Storage System for Greenhouses

主动式太阳能建筑在西北地区的应用前景

Applying prospects of active solar building in the Northwestern Region

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 .

主动式太阳能集热/土壤蓄热塑料大棚增温系统及效果

Active solar heating system with soil heat storage for plastic film greenhouse and its effects

主动式太阳能系统还可以用来提供建筑中的室内供暖。

Active solar energy systems can also be used to provide space heating in buildings .

因此，主动式太阳能建筑在西北地区具有良好的应用前景。

Therefore , applying this system in the Northwestern Region is in both bright and encourage prospect .

摘要在主动式太阳能供暖中集热器面积的选择是一个十分重要的问题。

It 's of great importance to choose appropriate collector 's area in active solar energy heating .

主动式太阳能系统利用集热器捕捉太阳的能量。

Active solar thermal systems use collectors ( focusing mirrors and metal plates ) to capture the sun 's energy .

有一些关于收集和利用太阳能的方法，其中包括光伏电池，主动式太阳能，被动式太阳能和集中太阳能发电系统。

There are several ways of capturing and using the sun 's energy , including photovoltaic cells , active solar energy , passive solar energy and concentrating solar power systems .

主动式太阳能采暖系统相比于被动式太阳能采暖，其供热工况更加稳定，随着经济和社会的发展，主动式太阳能采暖开始大规模应用。

Active solar energy heating system compared to passive solar heating one , the heating condition supplied is more stable . With economic and social development , active solar energy heating began to large-scale application .

主动式温室太阳能地下蓄热系统的研究

Research of Solar Energy Conserving System in Soil for Active Greenhouse

在主动式跟踪太阳能热发电系统中，要求计算太阳位置以实现跟踪，提高发电效率。

In a solar energy power generation system using active sun-tracking technology , it is necessary to calculate solar position to implement accurate sun-tracking and improve power generation efficiency .

本文以一种主要通过主动式和被动式相结合的方式进行冬季采暖的太阳能建筑为研究对象，它的主动式部分为太阳能地板辐射采暖系统，被动式部分为太阳能空气集热器。

In this paper , a solar building is taken as model which is heated in winter by passive and objective ways .