Greenhouse production ( GP) is an important mode in China and other regions. However,there are many problems due to high energy,fertilizers and pesticides used in greenhouse production. Thus,both China and other areas have been improving to create more productive and economic efficiency with lower inputs as well. From the perspective of circular agriculture,we designed a " Five-in-One" ecological model ( Model 1),which was an integrated system involving planting,breeding,biogas and rain-collecting subsystems. Then,based on the life cycle assessment ( LCA) methodology,taking one ton vegetable as functional unit,we compared it with the two conventional model productions in Hebei province ( Tomato-celery planting,Model 2) and Shandong province ( Tomato- tomato planting,Model 3). The results showed that compared to Model 3,all the environmental impact index involving energy consumption ( EC),water resource consumption ( WRC),climate change ( CC),acidification potential ( AP) and eutrophication potential ( EP),human toxicity potential ( HTP),flesh water toxicity potential ( WTP) and terrestrial toxicity potential ( TTP) were decreased by 27%,64%,27%,32%,43%,97%,99% and 99%,respectively,and the comprehensive value decreased by 98.6%. Compared to similar researches in other regions generally,the two indicators of conventional greenhouse production involving EC and CC have advantages, while for other index,the conventional model existed huge challenges to improve in future. However,all these index of " Five-in-One",except individual indicator,were better than those of similar researches. Thus,ecological mode has great potentials to develop in both China and other areas to promote sustainable development.