AM164 ALSTOM 机架模块

描述

AM164 ALSTOM 机架模块

AM164的作用根据应用领域的不同而有所差异。以下是机架模块在不同领域中的主要作用：

支撑和结构：机架是多旋翼飞行器的主体结构，为整个飞行系统提供支撑。它类似于人体的骨骼，为飞行器的各个组件（如电机、电池、电子速度控制器等）提供安装和固定的基础。

稳定性：一个好的机架设计可以增加飞行过程中的稳定性。通过优化机架的结构和材料选择，可以减少飞行过程中的振动和摇摆，使飞行器更加平稳地飞行。

重量优化：机架的重量是飞行器设计中的一个关键因素。为了克服机身的自重，机架需要尽可能设计得轻，以增加飞行器的载重能力。
模块化数据中心机房：

基础架构支撑：AM164是模块化数据中心机房建设的基础，它提供了所有其他组件的安装和支撑平台。从服务器、网络设备到存储设备等，都需要安装在机架上。

物理架构和散热：AM164不仅提供了物理架构支撑，还集成了散热导向系统。这有助于确保数据中心内部的高效散热，维持设备的正常运行温度，从而提高整体性能和可靠性。

灵活性和可扩展性：AM164的设计通常考虑到了未来的扩展性。通过模块化设计，可以根据用户需求轻松添加或移除设备，满足不断变化的业务需求。

AM164 ALSTOM 机架模块

The role of AM164 varies according to the field of application. The following are the main roles of rack modules in different areas:

Support and structure: The rack is the main structure of the multi-rotor aircraft and provides support for the entire flight system. It is similar to the skeleton of the human body and provides the basis for the installation and fixation of the various components of the aircraft, such as motors, batteries, electronic speed controllers, etc.

Stability: A good rack design can increase stability during flight. By optimizing the structure and material selection of the frame, vibration and swing during flight can be reduced, so that the aircraft can fly more smoothly.

Weight optimization: The weight of the rack is a key factor in aircraft design. To overcome the weight of the fuselage, the frame needed to be designed as light as possible to increase the payload capacity of the vehicle.
Modular Data center room:

Infrastructure support: The AM164 is the foundation of the modular data center room construction, which provides the installation and support platform for all other components. Servers, network devices, and storage devices must be installed on racks.

Physical architecture and heat dissipation: The AM164 not only provides physical architecture support, but also integrates a heat dissipation guidance system. This helps ensure efficient heat dissipation inside the data center and maintains the normal operating temperature of the equipment, thereby improving overall performance and reliability.

Flexibility and scalability: The AM164 is often designed with future scalability in mind. With modular design, devices can be easily added or removed according to user requirements to meet changing business needs.