03,20,2026 18views
【Smart City Network Product Review】In the current trend of smart city construction shifting from "scale expansion" to "precision implementation", the concept of multi pole integration is no longer new. The real constraint on project efficiency is often the gap between design and implementation - there are drawings, but the basic methods are missing; The lamp post has been finalized, but the wiring scheme still needs to be supplemented by the designer themselves; The requirements for the installation of intelligent devices are clear, but the spatial conflicts between modules can only be exposed during the construction phase. These issues, when combined, constitute the long-standing "last mile" problem in the field of urban lighting and smart poles.
The 2.0 version released by Huati Technology is a systematic response to this series of pain points. From the perspective of industry media, the core value of this upgrade is not the increase in the number of functions, but rather the fact that it truly touches upon the essence of "design collaboration" - moving drawings from "visible" to "usable".
Complete the basic drawings and establish a pathway between design and implementation.The 1.0 version solved the modular combination problem of the lamp post itself, but designers still need to draw additional supporting content such as basic drawings, wiring drawings, and detailed drawings of embedded parts in actual use. The 2.0 version will make these "invisible works" explicit, incorporating the basic practices of the entire series of poles such as comprehensive poles, courtyard lights, high pole lights, landscape lights, etc. into the module system, and achieving automatic binding with the selection of lamp poles. The involvement of the structural engineer's review further ensured the feasibility of the implementation of the drawings. The significance of this upgrade is that it integrates the drawing work that was originally scattered across multiple disciplines and stages into a dynamic module, significantly reducing the cost of cross disciplinary coordination.
The standardized access of intelligent modules responds to the practical needs of smart city devices.The current function carried by urban road components has already surpassed that of lighting itself. The demand for smart devices such as WiFi coverage, video surveillance, information dissemination, and public broadcasting is becoming increasingly common, but the industry has long lacked unified modular design standards. The intelligent module library added in version 2.0 standardizes and encapsulates key parameters such as installation height, wiring method, pipeline routing, and power supply scheme of the above-mentioned devices, and introduces the function of detecting spatial conflicts between modules. This means that designers can avoid potential issues such as overlapping WiFi coverage and monitoring angles, interference between information panels and maintenance doors during the design phase. These issues, which were previously only discovered and rectified during the construction phase, are now being prioritized in the design phase and have substantial implications for overall project timeline and cost control.
The preservation of non-standard scenarios reflects the wisdom of balancing standardization and flexibility.In industry practice, standardized solutions usually only cover 80% of requirements, and the remaining 20% of non-standard scenarios are often the key to project differentiation. The 2.0 version retains the space for non-standard design on the basis of standardization, supports independent definition of special rod parameters, allows seamless connection between non-standard equipment and standard modules, and can synchronously generate material lists and technical requirements when drawing. This design concept of "standardization as the mainstay and flexibility as a supplement" not only ensures efficient drawing in most scenarios, but also retains sufficient flexibility for personalized project requirements.
From the perspective of industry development, Huati Technology's iteration has released a noteworthy signal: the design tools for smart city infrastructure are evolving from "auxiliary drawing" to "collaborative platforms". The essence of dynamic module atlas is to break down the information barriers between manufacturer product parameters, design institute drawing specifications, and construction landing requirements, forming a set of reusable, configurable, and traceable design assets. The new features such as basic drawing binding, intelligent module integration, and support for non-standard scenarios added in version 2.0 are a natural extension of this evolutionary path.
Looking back at the vision at the release of version 1.0- 'Let design return to creativity and hand over complexity to technology' - in version 2.0, this statement is transforming from a slogan to a tangible industry practice. Of course, the iteration of the tool is just the starting point, and what truly determines its value is the process of it being used, tested, and fed back in real projects. As Huati Technology stated in the iteration explanation, it's not about how well the product is done, but rather the feedback from every user, which tells the team where it's not enough and where it can be better.
For the smart city industry, the road to standardization of multi pole integration design is still long, but the release of Huati Technology 2.0 version at least shows us a possibility: when the collaborative mechanism between manufacturers and design institutes is truly connected, and when tedious repetitive labor is taken over by technology, designers' energy will have the opportunity to return to more creative work - and this may be one of the underlying logics for the high-quality development of smart city infrastructure.
Access Method
Users of the first generation version can contact the enterprise WeChat Huati customer service for a free upgrade; New users can scan the QR code below to obtain permanent access to the Multi Pole Integrated Dynamic Module Atlas 2.0.
