The wind and power engineering professional simulation training room includes “wind power sand table + unit + gear box + generator + wind power 3D animation graphic systemâ€. Combine the basic theory teaching and practical teaching of the course "Wind Power Principle", "Wind Power System Principle and Design", "Wind Farm Operation", "Wind Power Unit Installation and Commissioning", etc. The role of skills and innovation ability training, to meet the teaching environment needed to cultivate innovative and applied talents; to achieve pre- and post-employment education and resource sharing. The equipment is based on practical training, maintaining its certain advanced, open and continuous. It has played an active role in cultivating students' professional interests, professional basic skills and professional qualities, and stimulated the enthusiasm, initiative and creativity of students.
I. List of equipment for wind energy and power engineering training room:
1. Wind and power engineering professional simulation training room, main equipment and facilities:
(1) Sand farm training model for wind farms;
(2) Wind turbine cabin simulation installation;
(3) Wind turbine gearbox simulation model;
(4) Wind turbine simulation model;
(5) Wind power three-dimensional animation video graphic demonstration system, including voice explanation;
2, power supply: 220V.50HZ, current ≤ 5A, bulb load voltage 6-12V; with grounding protection, leakage protection function, safety in line with relevant national standards.
3. Material: imported polyurethane, steel, demonstration system, voice system; frame bearing platform adopts I-beam welding support; programmable controller (PLC) module, inverter module, terminal block and so on.
4. Central Control Center: Touch computer, Mitsubishi PLC, I/O control platform system:
Second, wind and power engineering training room equipment technical parameters:
The wind power generation system consists of a wind farm consisting of a wind farm, a booster substation, and a transmission line. The wind power is sent to the power network through the node and then supplied to the user.
(1) Wind farm simulation sand table simulation sand table training model
1. Specification: 2500×1800×1600mm
2. Parameters: as shown in Figure 1;
The overall layout is sand plate type, setting roads, rivers, living areas; staggered layout of multiple proportions of small wind turbine models on the sand table, the device is embodied in electric demonstration operation mode, including booster station, transmission tower, office building, power transmission and transformation Equipment, and other facilities. When the blades turn a few laps, they enter the residential building and the lights illuminate.
(2) Wind turbine cabin simulation device
1. Specification: 2000×800×1350mm
2. Parameters: as shown in Figure 2;
Overall cross-sectional structure, can simulate operation (about 20 rev / min); display hub, speed increase box, nacelle cover, coupling, electronic control system, generator, cooler, pump station, partial Aviation drive, yaw brake, yaw bearing, base, elastic base, blade, tower, etc.
(III) Wind turbine gearbox simulation model
1. Specification: Ø600 mm;
2. Parameters: as shown in Figure 3;
Transparent structure, electric demonstration; gearbox is an important part of wind turbine, reflecting the equipment has input shaft, output shaft, planetary gear, helical gear, sun shaft, heating system, oil level gauge, temperature sensor, mechanical pump, oil circuit distributor , lubrication system, cooling system, etc.
(iv) Wind turbine simulation model
1. Specification: Ø400 mm;
2. Parameters: as shown in Figure 4;
The generator is a component that converts the mechanical kinetic energy of the impeller to electric energy. It adopts the doubly-fed generator design, the structure of the equipment is cut-away/transparent, and the electric demonstration; the gear box is an important component of the wind turbine, and the device has an input shaft and an output shaft. Planetary gears, helical gears, sun shafts, heating systems, oil level gauges, temperature sensors, mechanical pumps, oil circuit distributors, lubrication systems, heat dissipation systems, etc.
(5) Wind power 3D animation video graphic demonstration system: as shown in Figure 5;
Includes the development of hybrid 3D content, animation, and multimedia content; a full range of 3D animated content, video, audio, and rich text compositing, freely blended between 2D and other elements for powerful visualization between different elements;
1. Operating system: Windows operating system;
2. Parameter description:
A comprehensive analysis system for the principles, data, and structure of the wind power 3D animation video demonstration system. The equipment of the system (including the main components of the equipment) is all scaled and modeled according to the original size. The 3D virtual roaming system contains all the main functions of the system.
Through the three-dimensional virtual reality, the principle and structure of the system are demonstrated, and the image is intuitive and intuitive. With the description of the model, text and voice, it is convenient to explain and train the use of the product. The system has the characteristics of authenticity, immersion and easy realization. It not only greatly improves the teaching capacity, but also makes up for the lack of classroom teaching. It uses the vivid and vivid way to stimulate students' interest in learning. It is an indispensable job platform for teaching.
The student can select the target device and perform corresponding standard operation to realize the operation principle, size data presentation and equipment parts information of the device, so that the learner can increase the learning interest of the target device and have a clearer understanding. Introduce the overall structure of the equipment, the main components and performance. Through this module, students can intuitively grasp the basic structure of the equipment, the location of each component, information and its role.
4. Wind power training equipment booth:
The main part of the main part of the wind power equipment model structure is made of steel. The decorative board is paved and the overall appearance is elegant; the height of the base is not lower than 700mm, the frame is not less than 10mm wide, and the national standard is more than 2mm stainless steel.
The wind power simulation training equipment training is officially handed over to the user after entering the warranty period of 24 months. During the warranty period, all free services such as simulation, model modification, maintenance, and fault handling are provided. Provide various forms of technical support services. Including: technical training, technical consultation, on-site repair service, email response, telephone response, etc.
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