The article considers the description of the methods of integral assessment of the effectiveness of designing energy-efficient ecological settlements (hereinafter - EES) in the urban planning system, which allows to determine the potential opportunities of the territory for the formation and development of these urban planning entities. The conducted analysis will make it possible to identify "bottlenecks" in the development of territorial communities for the organization of energy-efficient ecological settlements, to develop practical recommendations for increasing the efficiency of designing energy-efficient ecological settlements, based on the existing potential of the territory. 
 As a result of the conducted research, a unified structural model of EES design was developed. The model consists of four stages, each of which defines structural elements and their relationships. A total of four stages of the model are defined. The first stage is the characterization of the territory. The territory characterization stage is one of the key stages in the system of designing ecological energy-efficient settlements. This stage involves research and data collection on the territory that will be used for the design of the ecological settlement. 
 The main goal of this stage is to determine the potential of the territory, as well as its limitations and problems that may arise during the implementation of the project. The main stages of territory characterization in the system of designing ecological energy-efficient settlements are defined as follows. Analysis of the topography of the territory: at this stage, the relief, hydrography, geological features of the territory and other factors that affect the natural environment are studied. Study of climatic conditions: the climatic regime of the territory is determined, which may include temperature, precipitation, seasonal changes, wind regime and other parameters. Soil research: at this stage, the structure, composition and quality of soils are studied, which are an important factor for the design of buildings and other engineering systems. Study of the flora and fauna: at this stage, the flora and fauna of the territory are studied, determining their diversity and level of protection. Assessment of the resource potential of the territory: at this stage, the analysis of the economic and social potential of the territory, including information on resources, is carried out. 
 For the analysis of the territories, the characteristics of sustainable development were determined as elements for the formation of the evaluation system. At the next stage, the efficiency factors of EES design were determined, which were formed into evaluation blocks: ecological, social, economic, geographical, technical, energy-saving. Based on the analysis, a system of indicators was formed, which became the basis for the formation of the evaluation model.