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The article discusses the basic principles of energy saving in industry and methods for identifying and assessing the reserves of energy savings in industrial enterprises. The necessity of new complex solutions to this problem has been substantiated by developing integrated algorithms containing solutions for the rational use of energy resources of enterprises of various industries.

The article discusses the issue of organizing management of a constantly operating object distributed in space and developing arbitrarily, while the organization of management should be optimal according to the criterion - the maximum return (income) on the invested funds (equipment) and the raw materials used. An energy system with well-known engineering concepts is used occasionally as an example. Particular attention is paid to the issue of the reliability of such an object, its significance for the state economic mechanism. The article provides a specific sequence for formulating the control goal based on parametric (measuring) information.

One of the big mitigating factors of intermittency is the smoothing effect of geographical distribution of variable renewable energy (VRE ) plants on the aggregate power output of VRE generation on a utility network. The greater the distance between two renewable plants, the less likely their output is to be affected by the same weather event (e.g. cloud coverage, storms, dust storms). This is similarly the case for smaller timescales. Further, different technologies can often be uncorrelated or even negatively correlated (e.g. wind and solar) which reduces the integration cost. In this article analyzed and quantify the expected intermittency in Uzbekistan focusing on the geographical dispersion by looking at various sites as well as by looking at a portfolio composed of different technologies.

There are a number of programs that perform analyzes on energy types. One of the current issues is to study their properties and bring them into a single system. In this article, we demonstrated the available capabilities, benefits, and limitations of energy resource management programs. We analyzed which operating system the energy management software runs on, the availability of mobile and site versions, which industry it belongs to, and the cost. Measurement results show that while the program with the highest score was Wattics, the features in other programs are not available in this program. Finally, it is important to create a single database that integrates all the data in these processes and to create a program based on a single system that manages this database.

The article deals with the assessment of the dominant factors that have the greatest impact on the energy intensity of products. A method is proposed that makes it possible to single out the most significant factors from all the variety of factors affecting energy indicators and to give an appropriate assessment to each of them. Methods and mathematical models are proposed that can be used for current and medium-term forecasting of electricity consumption. The analysis is carried out and the energy characteristics of production units are developed, depending on the reduced and total volume of manufactured products. Using linear programming methods, the energy intensity coefficients of the entire range of products manufactured by individual production units are obtained.

The article proposes a technological scheme of energy consumption for enterprises of the textile industry using technical means. On the basis of experimental studies in the field of energy saving in industrial enterprises, in particular in the tequistine industry, the main criteria for optimizing the whole variety of tasks for energy saving and assessing the corresponding energy indicators of units and enterprises in general are being developed. In addition, methodological foundations of experimental research on energy saving at operating industrial enterprises are being developed, taking into account technological and operational factors affecting energy consumption levels.