老化房实用性、稳定性和先进性：老化房采用先进成熟的技术和设备，满足当前的需要，兼顾未来产品的需求，尽可能的采用最稳定、最实用的组件和材料。2、老化房安全、可靠性：老化房采用老化过程异常双报警系统（声、光），充分保护产品及周边环境设备的安全。
The practicability, stability and advancement of the aging room: The aging room adopts advanced and mature technology and equipment to meet the current needs, taking into account the needs of future products, and adopts the most stable and practical components and materials as far as possible. 2. Safety and reliability of aging room: The aging room adopts abnormal double alarm system (sound and light) to fully protect the safety of products and surrounding environmental equipment. 3、灵活性和可扩展性：客户所提出的具体要求，设计中必须满足。对于未来产品的需求，必须提供一定空间。所以老化房须具有良好的灵活性和可扩展性。具有支持多种机型老化，提供技术升级、设备更新的灵活性。
3. Flexibility and expansibility: The specific requirements of customers must be met in the design. For the demand of future products, we must provide some space. So the aging room must have good flexibility and expansibility. It has the flexibility of supporting aging of various models, providing technical upgrading and equipment updating.
4、标准化：在老化系统结构、原理设计中，基于所涉及领域的有关标准，包括本体标准，电力电气规格变动奠定坚实基础。
4. Standardization: In the design of the structure and principle of aging system, based on the relevant standards in the fields involved, including the ontology standards, the change of electric power specifications lays a solid foundation.
5、可管理性：由于老化房具有一定的复杂性、随着产品对老化房要求的不断提高，管理的任务必定日益繁重。所以，在设计过程中，必须考虑到以后的管理性，如：单个负载的可拆除性，负载量的可调性，电力系统的可扩充性，控制系统的集成性，对于老化房的管理实行最人性化的设计。
5. Manageability: Due to the complexity of the aging room, with the continuous improvement of product requirements for the aging room, the task of management must become increasingly onerous. Therefore, in the design process, we must take into account the management of the future, such as the removability of a single load, the adjustability of the load, the expansion of the power system, the integration of the control system, and the implementation of the most humanized design for the management of the aging room.
6、经济性和投资保护性：以较高的性能价格比构建老化房，使资金的产出投入达到最大值。能以较低的成本、较少的人员投入维持系统运转达到产品对负载、环幸要求。提高效能与高效益。尽可能保留并延长该设备实际应用能力，充分利用在资金和技术方面的投入。
6. Economy and investment protection: to build aging housing with high performance-price ratio, so as to maximize the output and input of funds. It can maintain the operation of the system with lower cost and fewer personnel to meet the requirements of load and circumstance of the product. Improve efficiency and high efficiency. As far as possible to retain and extend the practical application capacity of the equipment, make full use of investment in capital and technology.
7、可管理性：由于老化房具有一定的复杂性、随着产品对老化房要求的不断提高，管理的任务必定日益繁重。所以，在设计过程中，必须考虑到以后的管理性，如：单个负载的可拆除性，负载量的可调性，电力系统的可扩充性，控制系统的集成性，对于老化房的管理实行最人性化的设计。
7. Manageability: Due to the complexity of the aging room, with the continuous improvement of product requirements for the aging room, the task of management must become increasingly onerous. Therefore, in the design process, we must take into account the management of the future, such as the removability of a single load, the adjustability of the load, the expansion of the power system, the integration of the control system, and the implementation of the most humanized design for the management of the aging room.
