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admin2026 2026-01-28 Case Studies 9876 ℃

无人机抗风性测试风墙(无人机抗风测试仪)由多风机阵列组成,用来模拟各种常见的自然界风环境,可以创造各种动态风场环境,如阵风、切向风、低湍流风、高湍流风和时变风等特定条件下的工况。

系统简介:
       朗斯科仪器LSK风墙系统是我公司自主研制的多风扇开放式气流发生装置及综合测控系统,能够精准创造和控制的理想风环境系统,彻底改变了进行抗风测试和研究的进行方式。该系统为模块化设计,可根据用户的需求自由定制。系统可生成各种风廓线,以便进行抗风性能测试和研究不同风廓线对无人机或建筑物等被测物体的影响。
 朗斯科仪器LSK风墙主要组成部分:
气流发生装置
       朗斯科仪器LSK气流发生装置是系统的核心设备,是按用户需求定制而成。该设备由可堆叠的微型风机模组组成,每个模组有9-16个风扇单元。每个风扇单元配备了2个反向旋转的风扇。如同电视显示屏的像素越高视图越清晰一样,气流发生装置数百个风扇单元使用户可以对气流实现超精准的控制。用户可以使用LSK定制软件来管理风洞,通过简单的命令即可精确地控制风洞产生的风。
可模拟的风廓线
     朗斯科仪器气流发生装置的独特之处在于他们有创造动态风廓线的能力,传统的风洞只能提供均匀的气流,而该设备却可以创造出诸如风切变、湍流和时变风等特定条件的风况。
硬件组成
       气流发生装置的硬件设施主要由一整面墙的风扇阵列组成,用来制造水平和垂直方向的风况,配置侧风墙就可以产生更多样的侧向风廓线。每个风扇模组都有一个动力控制单元:分别包含模组的控制系统和供电系统。集成的微控单元解析接收到的信号并控制相应的风扇。
朗斯科仪器LSK风墙应用领域:
■  无人机
■  土木工程
■  航空航天
■  新能源
■  空气动力学
■  生物工程

我公司可以定制各种规格朗斯科仪器LSK风墙(无人机抗风测试平台),如需更多资料请联系我们!

 

 

The LSK Drone Wind-Resistance Test Wind Wall (Drone Wind Testing System) is composed of a multi-fan array used to simulate common natural wind environments. It can generate a wide range of dynamic wind-field conditions, such as gusts, crosswinds, low-turbulence flow, high-turbulence flow, and time-varying winds, enabling testing and operation under specific wind scenarios.

System Overview

The Langsike Instruments (LSK) Wind Wall System is an in-house developed open-jet multi-fan airflow generation device with an integrated measurement and control system. It can precisely create and control ideal wind environments, fundamentally transforming the way wind-resistance testing and research are conducted.
The system adopts a modular design and can be freely customized to meet user requirements. It can generate various wind profiles for wind-resistance performance testing and for studying the effects of different wind profiles on test objects such as drones and buildings.

Main Components of the Langsike Instruments (LSK) Wind Wall

1) Airflow Generation Device

The LSK airflow generation device is the core equipment of the system and is customized according to user needs. It consists of stackable micro-fan modules, each containing 9–16 fan units.
Each fan unit is equipped with two counter-rotating fans. Similar to how a higher pixel density produces a clearer display, the hundreds of fan units in the airflow generation device enable ultra-precise airflow control. Users can manage the wind-wall system via LSK custom software, and accurately control the generated wind using simple commands.

2) Wind Profiles That Can Be Simulated

A key advantage of the LSK airflow generation device is its ability to create dynamic wind profiles. Traditional wind tunnels typically provide only uniform airflow, while this system can generate specific wind conditions such as wind shear, turbulence, and time-varying winds.

3) Hardware Configuration

The airflow generation device mainly consists of a full-wall fan array, used to create wind conditions in both horizontal and vertical directions. By adding side wind walls, it can generate more diverse lateral wind profiles.
Each fan module includes a power and control unit, integrating both the module control system and power supply system. The built-in microcontroller parses incoming signals and controls the corresponding fans accordingly.

Application Areas of the Langsike Instruments (LSK) Wind Wall

■ Drones (UAV)
■ Civil Engineering
■ Aerospace
■ New Energy
■ Aerodynamics
■ Bioengineering

We can customize Langsike Instruments (LSK) Wind Walls (Drone Wind-Resistance Test Platforms) in various specifications. For more information, please contact us.

 


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