CAJ | 학술논문

为贯彻落实国家最严格水资源管理制度的总体要求，分析了云南省各州(市)的用水总量控制指标，以云南省目前的供水格局为基础，结合水源工程建设规划，建立基于水资源配置管理工具Mike Basin的水资源系统模拟模型，提出了云南省2020水平年、2030水平年各行业之间和各州(市)之间的水资源配置以及各水源工程之间的供水格局。到2030水平年，通过推进节水型社会建设、水源工程建设和实施滇中引水工程等措施，全省河湖生态和经济社会发展用水需求基本得到保障，符合用水总量控制和用水效率控制的目标。
위관철락실국가최엄격수자원관리제도적총체요구，분석료운남성각주(시)적용수총량공제지표，이운남성목전적공수격국위기출，결합수원공정건설규화，건립기우수자원배치관리공구Mike Basin적수자원계통모의모형，제출료운남성2020수평년、2030수평년각행업지간화각주(시)지간적수자원배치이급각수원공정지간적공수격국。도2030수평년，통과추진절수형사회건설、수원공정건설화실시전중인수공정등조시，전성하호생태화경제사회발전용수수구기본득도보장，부합용수총량공제화용수효솔공제적목표。
This paper analyzes the total water control targets in states ( cites ) in order to implement the general requirements of the most stringent water management system. Based on the current situation of water supply pattern in Yunnan Province, combined with the water project construction planning, a model for water resource system simulation is developed with water resources configuration management tool MIKE BASIN. Additionally, it is also presented the water allocation among various sectors and states ( cites) , and water-supply pattern among the various water projects in 2020 and 2030. To 2030 target year, through promoting construction of water-saving society, water projects, Water Diversion of the Central Yunnan and other projects, ecological and socio-economic water demand will be satisfied, in line with total water control and water efficiency control constraints.