Articles

A compressor is a technical device that is designed to compress air and gases to a certain pressure (pressure unit - bar) with the required capacity (nm3/min). Compressors are used in many areas of life. Types of air compressors: screw compressors, scroll compressors, piston compressors, booster compressors.

Screw compressors are used in technical processes that require a constant, uninterrupted supply of compressed air with a pressure range from 7-40 bar and a capacity from 0.4m3/min to any maximum value, this value is achieved by increasing the number of compressor units;

The year 2021 was marked by the 150^th anniversary of MWM. A synthesis of traditions, innovations, and aspiration for constant development has turned MWM into one of the most well-known in the field of gas engines and gensets. For several generations, the high professionalism and enthusiasm of the team members have been the main secrets of MWM's success. Through their efforts, they have made a significant contribution to the development of unique products under the MWM brand, which are in demand all over the world today. MWM has been cooperating with the MKC Group of Companies for more than 10 years. In 2017, MKC became the first in the Urals and the third in Russia company to receive the status of an official distributor and service partner of MWM. In this article, we recall the milestones in the legendary history of MWM, how cooperation between our companies was built, and what was the main result of the technological collaboration between MWM and MKC.

In this article we will tell you about the technological collaboration between MKS Group and the German brand MWM. For about 10 years, the companies have been implementing innovative energy projects in the field of distributed generation, helping Russian businesses to save on energy resources. In 2017, MKS Group became an official MWM distributor and in a short period of time took the leading position in the MWM distribution network in Russia.

In this article we will understand what trigeneration is in the modern power industry, what is the principle of operation of trigeneration plants, in what areas trigeneration is used, what are its advantages and how trigeneration increases the efficiency of enterprises.

Small-scale distributed power generation has been the leading trend in global energy development for several decades and, according to experts, this trend will continue in the next decade. In this review we will consider what small-scale distributed energy is, what is the potential for its development in Russia and the world, what technologies of distributed generation exist and what are the key advantages of small-scale energy over large-scale energy.

In this review we will consider what gas turbine power plants are, what is the standard device and principle of operation of gas turbine power plants, areas of use and the main types of gas turbine power plants. We will also look at the distinctive features of gas turbine and gas piston power plants.

Despite the fact that the global market for distributed energy technologies is growing at a rate of about 6-9% per year, solar and wind generation are actively developing, diesel power plants remain one of the most in-demand autonomous power supply systems, especially in remote and Arctic territories. In this review, we will figure out what DES is, what advantages and disadvantages it has, and what is the secret of its undying popularity.

In this article we will look at cogeneration in the modern electric power industry, figure out what is the principle of operation of cogeneration plants (CHP), see what innovative engineering solutions exist in the design of cogeneration facilities, how CHPs increase the efficiency of enterprises and what is the difference between cogeneration and trigeneration.

In this article we will understand what an energy service contract in small distributed energy sector is, what types of energy service contracts exist, what are the obvious advantages for investors and consumers, what are the conditions of implementation and economics of the energy service contract, as well as in which  regions it is most profitable to implement such a scheme of cooperation.

Mini-CHP (small combined heat and power) plants are compact, autonomous power stations that generate heat and electricity. They are widely used across various industries due to their efficiency and reliability. This article explores the applications of mini-CHP plants, their placement options, the fuels they use, the construction process, and the key benefits they provide

In this article, we will look at what the main advantages an enterprise receives with the commissioning of its own generation facility, what is the amount of investment in its own mini-thermal power plant, construction time and payback period of the facility. In addition, we will find out what level of professional competence an engineering company engaged in the construction of a turnkey mini-thermal power plant for a customer should have.