Recently, the Chinese Society of Electrical Engineering approved and released the "Flexible Photovoltaic Support Structure Design Code" (T/CSEE 0394-2023). This is another standard that Shenzhen Antai Technology, the first "national key high-tech enterprise" in the industry, participated in deeply compiling.
In the process of technological research and development from 0 to 1, Shenzhen Antaike has always actively participated in standard setting, "exporting" its accumulated experience to the industry, and playing a positive demonstration role in the healthy development of the flexible photovoltaic bracket industry.
Higher standards. Group standards are an effective supplement to national standards. The state supports the use of independent innovation technologies to formulate group standards in important industries, strategic emerging industries, key common technologies and other fields, and encourages social groups to formulate group standards that are higher than the relevant technical requirements of recommended standards. Compared with national standards and industry standards, group standards have a shorter formulation cycle and higher market requirements, and are a powerful tool for enterprises to lead the market and take root in the market.
Stricter requirements. For the industry to develop, standards must come first. Due to relatively limited land resources, the photovoltaic industry has turned its attention to more challenging application scenarios such as mountains, hills, and tidal flats in recent years. Making full use of complex terrain is the specialty of flexible brackets, but flexible photovoltaic bracket structures have the characteristics of strong nonlinearity, large elevation, and wind sensitivity, and there are no design standards specifically for this type of structure. Therefore, the formulation of the "Flexible Photovoltaic Bracket Structure Design Code" can guide the design of flexible photovoltaic bracket structures, fill the gap in the lack of standards for related engineering applications, and actively promote the engineering application of large-span flexible photovoltaic bracket structures, which has great engineering practical value.
Based on its rich experience in the flexible photovoltaic bracket industry, Shenzhen Antaike contributed many constructive opinions and contents on the research of related topics such as the static performance, dynamic performance, dynamic response, deflection limit, span influence, body coefficient, wind vibration coefficient, and force performance of the middle column of the flexible photovoltaic bracket structure, fully demonstrating the advancement and influence of Shenzhen Antaike in the field of flexible photovoltaic brackets.
More practical measures. To put high standards into practice, Shenzhen Antai was invited to participate in the preparation of this standard on behalf of the flexible photovoltaic bracket industry. With years of accumulated industry experience and higher process delivery standards, it has fully played an important role in the preparation work. The group standard promulgated this time is also the focus of Shenzhen Antai for a long time. Shenzhen Antai has its own customized factories and industrial workers. Through better products, processes and engineering delivery, it has won the trust of thousands of customers.
The promulgation of the "Flexible Photovoltaic Support Structure Design Code" is an important milestone in the standardization process of the photovoltaic industry. In the future, with the in-depth implementation of the standard and the continuous innovation of technology, flexible photovoltaic supports are expected to be applied and promoted in more scenarios, making greater contributions to the transformation and sustainable development of the global energy structure.
