Algorithms for determining the maximum power point for photo modules at weather stations

As a result of the digital transformation of agricultural enterprises, the economic and environmental efficiency of production and provision of services is increasing. Currently, Industry 4.0 technologies are changing the nature of agricultural enterprises, integrating intelligent technologies into the agricultural production. The purpose of the study is to analyze the impact of Industry 4.0 technologies on agricultural enterprises. The digital transformation of the agricultural industry is a key tool for increasing efficiency in a rapidly changing market under growing competition and tightening requirements. Digitalization is not a new phenomenon for the industry; it is changing the existing architecture of interactions between the participants. The ongoing processes ensure the automation of routine and dangerous operations, the digitalization of physical and business processes, the end-to-end integration of all processes and more flexible management. At the same time, digital transformation has its own characteristics in each segment of the agricultural industry.

Section: Resultsmentioning

confidence: 99%

“…These technologies will be used by large agricultural holdings to maximize efficiency and forecast production management (mathematical models of agricultural enterprises and fields); however, the level of application of these technologies will remain lower than in other industries [8].…”

Section: Discussionmentioning

confidence: 99%

Digitalization trends in the agricultural industry

Rasputina

2022

“…The energy strategy of the Russian Federation for the period up to 2030 mentions 20 million t.u.t. traditional energy sources through the use of renewable energy sources [10]. In order to achieve the planned indicators, it is necessary to analyze scientific, economic and technological aspects of renewable energy power plants [15].…”

Section: Introductionmentioning

confidence: 99%

Development of an algorithm for creating RES-based facilities

Gavrilova

2022

Self Cite

Using various types of renewable energy sources, it is possible to generate electricity, thermal energy and mechanical energy, as well as to produce fuels that are able to meet needs in energy. Some renewable technologies (decentralized technologies) can be used in rural and urban areas, while other technologies (centralized technologies) are mainly used by large energy networks. While some RES technologies are technically developed and used on a large scale, other technologies are at an earlier stage of technical readiness and commercial application or occupy a specialized market niche. The energy produced by RES-based technologies can be variable and unpredictable on various time scales (from a few minutes to several years), variable but predictable, constant or controllable. The article analyzes peculiarities of the renewable sources used in isolated power supply systems, project selection criteria and mechanisms for their implementation. The article examines the rational use of renewable energy sources in the construction of energy facilities, and identifies problems complicating the development of power supply systems. The algorithm for creating RES-based facilities includes successive stages covering the entire scope of works in the region and allows the effective management of RES projects. Ways to ensure energy efficiency are analyzed.

“…The remoteness of settlements and the lack of a permanent transport infrastructure make it difficult and expensive to deliver cargo, which is delivered only during the summer navigation (Northern deliveries), or in winter. All this makes the issues of energy supply extremely important, making the reliability of energy supply the main condition for enterprises and survival of the population [11].…”

Section: Introductionmentioning

confidence: 99%

Problems and conditions for using renewable energy sources in the energy supply systems of the Far North

Gavrilova

2022

Self Cite

The article discusses the problems of energy supply systems and the applications of renewable sources in the Far North. The specifics of energy supply in the northern regions (the lack of a centralized power supply system, the presence of a large number of isolated autonomous power supply systems) is studied. The special conditions of the Far North regions, which are taken into account in the implementation of projects, are analyzed and the main ones are discussed. Disadvantages of RES-based plants are identified. Programs aimed to increase the efficiency of electricity consumption are proposed. Measures such as the use of frequency-controlled drives and energy efficient engines, the replacement of industrial equipment with more energy efficient models, the use of modern thermal insulation materials in the construction of buildings, should be taken. Examples of buildings in Far North settlements and wind turbines and SESs are provided.