Energy independence of Ukraine: characteristics and ways to increase
This simulator allows you to research the main types of sources used to generate electricity in Ukraine. Depending on many factors, different types of power plants are more common in different regions of Ukraine. In the simulator in front of the user on the stand is a map of Ukraine, which is conventionally divided into 7 regions by type of power plant. The simulator allows you to get acquainted with the presented types: terrestrial wind power plants, offshore wind power plants, hydroelectric power plants, thermal power plants, solar power plants, diesel power plants, urban architecture using energy efficient technologies.
Diversification of energy sources: offshore wind farms as a promising technology to achieve
This simulator is designed to study the structure of offshore wind turbines, allows you to view the structure of the generator from the inside. The simulator allows you to be on the platform of a wind turbine located in the sea area. The user examines the wind turbine outside and inside, examines in detail all the main components and elements of the wind turbine. This model of wind turbine uses a specially designed electric generator, which has a nominal speed of 6-11 rpm. The diameter of the generator is 6.5 meters. The wind generator has 2 power converters that work in parallel, each with a capacity of 3 MW. Nominal power of the installed transformer is 7 MVA.
Autonomous power supply systems: use of a diesel generator as an emergency source of electricity
This simulator is designed to you with the principles of starting a diesel generator and restoring electrical power in a single-family home. The simulator simulates a situation where a power outage occurs in a house located in a remote area due to bad weather conditions. The simulator teaches the user to properly ensure the absence of supply voltage and connect a diesel generator to restore power to the house.
Energy storage: the main forms of energy storage and the variety of types
This simulator allows you to get acquainted with the main portable batteries, their types and scope. Therefore, the user will be able to explore the design and properties of the gel battery, lead-acid battery, NiCd battery, Li-Pol battery and lithium-ion battery, different types of batteries. First, the user get information about each battery, and displays information about its properties over the battery. Then the user is given a task to place all the elements in their places.
VR simulator - a simulator for training a ship's electrician
This simulator is designed for the Oculus Quest 2.0. It`s designed for training at the ship's electrician training center to perform emergency start operations of a diesel generator on a cargo ship in automatic and manual mode. The simulator also teaches the inclusion of generators on the load side in parallel operation. The stage for interactive training on the simulator is a fully realistic engine room of the tanker, showing the main engine, generator control cells, auxiliary engines, pumps and other devices that propel the ship.
Electronic training course "Slinger: basic and professional competencies"
In the e-learning course designed at Unity, a module of practical training of slingers at a metallurgical enterprise was implemented. This is a course of visualization of step-by-step execution of individual works, in compliance with all safety rules. There are some of the operations: - actions of the employee and safe distance during operation of the bridge crane with the electromagnet, - loading of metal packs into the gondola car by means of the combined slings with a chain, - unloading of timber by means of the combined slings with a chain from motor transport.
Nowadays energy efficient technologies: from incandescent to offshore wind turbines
This simulator is designed to studying main features and design of energy efficient devices: single-crystal photovoltaic cells, polycrystalline and thin-film solar panels, solar collectors of various types, modern light sources, wind turbines and boiler systems. After completing the information on all stands of the simulator, the user must pass a test to verify the assimilation of the material.
Energy security of a private house: power supply schemes from alternative sources of electricity
This simulator allows you to get acquainted with the schemes of connection of alternative sources of electricity to the network stand-alone system and the general grid. The simulator demonstrates that there are differences in the schemes when using different alternative electrical power sources. The case of using two types of sources is considered: a wind generator and a solar station. To do this, the user must perform the task of connecting the necessary equipment to the network.
Energy efficient heating: operation of a hybrid autonomous home heating system
This simulator allows you to studying the main components of an autonomous hybrid home heating system, to switch the heating power supply in the off-season. In modern single-family homes, not only traditional but also alternative heat generators are increasingly used to save on heating, especially if it is not possible to supply mains gas. Depending on the heating area, appropriate energy sources and devices are required for their use. The user of the simulator gets acquainted with the design of the system and connects the system of solar collectors to the heating system of a residential building.
Energy efficient lighting: comparison of the main types of light sources
This simulator allows you to get acquainted with the main types of lighting fixtures, which can be divided into industrial and household, electrical and chemical. Running of the simulator, the user can explore that lighting fixtures differ in design and nature of the phenomenon of light emission, and therefore differ in their glow characteristics. In addition, the user's task is to analyze the economic side of using different types of lamps.
Fair VR - a park with marketplaces
Implemented a creative simulator (Metaverse) of the holiday fair of agricultural products, which includes multilingualism, the ability to communicate with visitors to the fair, choosing products from different manufacturers, ordering products, studying product information and various entertainment tasks.
Personal protective equipment for safe work at the electric substation
This VR simulator for Oculus Quest is designed to train electrical personnel in preparatory work before performing switches with live equipment. The simulator implements the procedure for obtaining an order / order-admission to perform work, collection and verification of the integrity of personal protective equipment, verification of the serviceability of the tool required to perform work in accordance with the requirements of Electrical Installation Code and Electrical Safety Rules and High Voltage Directive.
Virtual 3-D tour "Cheese Factory"
The virtual 3-D tour "Cheese Factory" is designed for get acquainted with the equipment and operation of a modern Ukrainian cheese factory. During the tour you can see modern equipment for making cheese and research the documentation on opening and running such a business
Marketplace VR - visualization and interactivity
This project is designed to create online orders for agricultural products in virtual reality. The simulator presents thematic marketplaces by type of product, with a unique design inside. Virtual tools have also been developed that can be used by the consumer, which encourages him to buy visualized products from manufacturers.
This project allows using virtual reality helmets to interact with visualized manufacturers' products as 3D models with detailed images. Each manufacturer presented the main products of its company, information on manufacturing, quality certificates
Disconnection and switching on of the disconnector and earthing knives of the 110 kV disconnector
This VR simulator for Oculus Quest allows you to learn how to properly and safely perform operations with a high-voltage disconnector 110 kV on the example of the disconnector RNDz 2-110B/ 1000-PR-U1. The location of the simulator is a 110 \ 35 \ 10 kV distribution substation with a realistic environment, on which the power equipment is located, according to the real substation. There are implemented 2 modes of passing: "training" and "testing" in simulator.
Disconnection and activation of the disconnector and earthing blades of the 35 kV disconnector
This VR simulator for Oculus Quest allows you to learn how to properly and safely perform operations with a high-voltage 35 kV disconnector. Implemented 2 modes of passing: "training" and "testing".
Power transformer neutral short circuit on/off
This simulator allows you to learn how to properly and safely perform operations with a high-voltage neutral short circuit at a 110 \ 35 \ 10 kV distribution substation with a realistic environment, where the power equipment is located, according to the real substation.
Installation and removal of earthing of the switch of 10 kV
This simulator allows you to learn how to properly and safely perform operations on a 10 kV cell when working with the switch VK-10. The location of the simulator is a integrated switchgear of an outdoor installation of 10 kV.
Effectuation of works with the speed-reducing set of the correct-training condition and the metallurgical enterprise
This simulator is designed to teach fast and safe work with the speed-reducing set of the leveling machine, which is part of the unit of continuous galvanizing in the cold-rolled shop at the metallurgical enterprise. The user learns how to do installation and dismantling the components of the gearbox - planetary differentials and shafts. The simulator provides an opportunity to study not only the design of the speed-reducing set, but also to see the visualization of the gearbox and its components
Out of service for repair and commissioning of a 110 kV power transformer
This VR simulator for Oculus Quest corresponds to typical switching forms and includes two scenarios. Each scenario lasts from 20 to 60 minutes and includes more than 150 operations that meet the requirements of Electrical Installation Code and Electrical Safety Rules and High Voltage Directive.
Out of service for repair and commissioning of a 110 kV busbar section
This VR simulator for Oculus Quest implements 3 main scenes, which the user gets as the scripts. All work is performed in accordance with the requirements of the rules of safe operation in high voltage electrical installations. The simulator includes a dispatcher's room, an open switchgear 110 \ 35 \ 10 kV, the main control panel. Implemented 2 modes of passing: "learning" and "testing".
Replacement of three-phase meter
This simulator allows you to learn to perform a typical operation to replace a three-phase meter using a test unit. The user gets acquainted with the necessary measures for the safe performance of work, conducts the procedure of fixing the meter for proper metering of energy consumption by the user, checks the integrity of the equipment. The location of the simulator is a closed transformer substation (ZTP), which corresponds to the standard design. Implemented 2 modes of passing: "training" and "testing"
Measurement of load on an overhead line 10kV
This simulator allows you to learn the sequence when measuring load on a 10 kV overhead line using a measuring rod. The user gets acquainted with the principles of operation of the measuring rod, learns to perform load calculations and analyze the results. The location of the simulator is the section of the power line that departs directly from the closed transformer substation.