Přenosová soustava 3D

The 3D Transmission System will show you, through illustrative 3D models of power equipment, interesting information, principles and patterns of power transmission from large system energy sources to substations and substations where energy is passed on to customers and distribution companies. You will look at the issues of the transmission system control and the use of support services, or you will find out what security elements are used to ensure the security and reliability of the entire system.

With the transmission system elements you meet in the landscape practically daily and you usually do not even realize that, for example, transmission line drivers near you supply electricity to the entire area or city in which you live. In this application, you will learn all about the transmission line voltage and voltage levels, what are the big power transformers in the substations, as some masts and many other interesting information say.

The introduction of the transmission system begins with a look at a 3D model of a landscape part with highlighted objects that are related to electricity transmission. By scrolling, rotating, and zooming in on the scene, the landscape with objects can be viewed from any perspective with a flying drone. Significant objects allow nesting into new scenes with detailed 3D device models, while other supplemental objects contain only a brief explanatory description. In the detail view, there is another, text-image application level of the application which, in addition to describing the meaning, construction and types of the selected transmission device, also offers a number of illustrative photographs.

As you crawl through the individual transmission system objects, you learn not only what the system consists of, but also how it operates and operates safely. Of course, attention is also paid to electrical substation equipment - the most typical of the power grid after long lines of overhead lines. The relevant objects are also presented by ČEPS - the sole operator of the electricity transmission system of the Czech Republic.

Phase-shift transformers designed to control the power flows between network parts are specific to the operation of the transmission system. Why are they so important and where do they work?

Transmission system management is certainly not an easy operation. When balancing production with current consumption, it is necessary to take into account the available capacities of individual sources, their start-up speed, regulatory possibilities, as well as the unpredictability of production from renewable sources and possible technological failures and failures. If you want to try this activity and put yourself in the role of a transmission system controller for a while, an interesting game is prepared for you in the application that simulates the control of the real system. You will see that maintaining the balance between production and consumption requires the dispatcher, first of all, knowledge, concentration and ability to make quick decisions.