A simulation transportation method for large-scale transportation of wind power on land

Abstract

The invention relates to a transportation simulation method for onshore wind power large product transportation. The transportation simulation method comprises the following steps that 1, an air bag simulator with the proportion and size same as that of the wind power large product equipment is designed, that is to say, the air bag simulator is designed according to the true proportion of 1:1; 2,the air bag simulator is filled with gas and fixed to the top of a vehicle, a person drives the vehicle to pass a bend, if the traffic problem is encountered, recording is conducted rapidly, and the road reconstruction scheme is judged, wherein the scheme comprises the step of widening an existing road, or cutting part of mountain blocking traffic, or removing line barriers above the road or removing power line poles and communication rods on the two sides of the road; 3, gas in an air bag of the simulator is discharged, so that the vehicle passes the bend having problems, the air bag simulator is filled up with gas rapidly and then fixed to the top of the vehicle, and the vehicle continues to move forwards till encountering the next bend with problems, by that analogy, the bends with problems are troubleshot one by one, and road survey tasks of all road sections is completed; the simulator is the air bag simulator, and the simulator is provided with a quick charge pump and a simulatorfixing frame fixed to the vehicle.

Description

technical field [0001] The invention relates to an inflatable equipment simulator used for large-scale wind power transportation on land, and belongs to the technical field of large-scale wind power equipment transportation. Background technique [0002] At the moment when the country vigorously advocates clean energy power generation, wind power generation is a relatively mature and widely used form of clean energy power generation in the world. Since wind power generation equipment (mainly fan blades and towers) are generally long and large, It is a large and long piece of equipment, which makes onshore wind power equipment have many difficulties in road transportation, especially mountain wind farms are generally located in remote mountainous areas with high altitudes. The distance of dozens or even hundreds of kilometers often passes through expressways, national roads, provincial roads, county roads, and narrow rural roads in rural areas. However, the design process of ...

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Problems solved by technology

After hundreds of kilometers, it will take one or two weeks at least, or one or two months at most, to truly and accurately figure out every problematic point. huge influence

Moreover, this kind of survey often has a large artificial experience component, and the error of the survey result is also very obvious.

Then, can we directly load the equipment on the transport vehicle to simulate the transportation on the spot, so that the problem will be solved, but it is not feasible in reality.

Why, the reasons are: 1. The cost of these equipment is often very high, often tens of millions. In actual operation, if you rush to simulate the transportation with the real object without modification, once there is a road curve node that cannot pass, the equipment will be damaged.

2. For the transportation of wind power large-scale equipment, even if the planned transportation road has been reconstructed according to the requirements of the survey report and the road transportation has been ensured to be smooth and unimpeded, it is still necessary to close the controlled road in different periods and carry out special transportation. Physical simulation transportation, once encountering a road curve node that cannot pass, the transport vehicle will be in a dilemma, and the physical equipment will be stuck at the problem road curve node, unable to move. Even if the existing road is reconstructed on the spot, it will be time-consuming and exist. Risk of damage to real equipment, also blocking traffic

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