Dimensions 1250x600x450 mm Weight, no more than 120 kg Compound: 1. Modules: power supply of the stand; wind speed setting block; wind generator; rectifier; accumulator battery; load. 2. Physical model of a wind turbine, containing a wind generator and a synchronous wind generator, mounted on a common base and housed in one housing. 3. Hardware-software […]

Dimensions 1050x500x450 mm Weight, no more than 150 kg Compound: 1. Modules: Wind generator; Model of a power plant. 2. Wind power plant containing: a wind generator, an asynchronous wind generator, a load machine, a speed sensor. 3. Hardware-software measuring complex. 4. Frame. 5. Set of power cables and connecting wires. 6. Technical description. 7. […]

Dimensions of the wind turbine: 800x550x550 mm Weight, no more than 50 kg Compound: 1. Wind turbine. 2. Monoblock control system. 3. Set of power cables and connecting wires. 4. Technical description. 5. Guidelines for conducting laboratory work.

Dimensions (WxHxD): 1000x500x390 mm Weight: no more than 30 kg Compound: 1. Monoblock “Vertical-axis wind power installations”, including: power source of the stand, model of a wind power plant (wind speed regulator, digital indicators: wind speed, wind generator rotation speed, voltage and current, wind generator voltage converter), load model (adjustable energy-efficient source lighting, adjustable DC […]

The model of a vertical-axis wind power plant is a smaller copy of a real wind power complex. Compound: 1. Wind turbine model. 1.1. The rotor of a vertical-axis wind power plant (WPP) includes a hub on which the generator and parking brake are located, horizontal crossbars with aerodynamic brakes, blades and rings. 1.2. Lightning […]

The training complex is a model of a wind power plant containing basic functional elements. The complex includes a personal computer with specialized software that allows you to study the design and operation of a wind power plant.

The model of a wind power plant is made of readily available materials in a desktop version, allows you to visually study the structure and operating principle of the installation equipment, and contains an explication of the equipment.

Specialized software that implements three-dimensional models of wind hoist equipment. Allows you to clearly display the operating principle of equipment parts and components. Allows you to study the device and principle of operation. Allows you to conduct and evaluate control testing on the studied material.

A stationary interactive layout on a mobile platform allows you to study the sequence and logistics of technological processes of a wind power station with the possibility of touch input and control, and display three-dimensional sections of a selected piece of equipment on the layout display. Equipment elements are implemented both in electronic form and […]

Dimensions (WxHxD): 2340x2050x650 mm Weight: no more than 300 kg Compound: 1. Modules: power supply of the stand, three-phase network, power transformer (2 pcs.), speed meter, excitation, wind generator model, power lines (2 pcs.), asynchronous motor load, synchronization, cable power line switch (2 pcs.), measuring , active load, short circuit, input-output, stand power supply (single-phase), […]

A virtual laboratory bench is software for a personal computer that allows you to study the design and operating principle of various instruments and technological installations by interacting with their realistic interactive 3D models. An interactive virtual model is an opportunity to easily study phenomena invisible to the naked eye, and devices, mechanisms and systems […]

A virtual laboratory bench is software for a personal computer that allows you to study the design and operating principle of various instruments and technological installations by interacting with their realistic interactive 3D models. An interactive virtual model is an opportunity to easily study phenomena invisible to the naked eye, and devices, mechanisms and systems […]