Speaking of for In fact, space computing is a very new but has a good prospect in building control. This space calculation is used to process and analyze a lot of data in a building. We have to figure out the spatial information and building data, which can improve building management. It can be said that it makes us more efficient in using space.
Just understand the benefits of space computing to building control in this way, it can be very useful in energy management. It can adjust the light image dynamically according to the actual situation of different areas in the building to achieve energy saving effects. In terms of space monitoring and utilization, it is also best to monitor the usage status of each area through equipment. For example, if some spaces are idle for too long, we can re-plan and revitalize them.
Let’s talk about the split modules in detail. The first module ha-a sense part hey. Various inductions are placed in the building to obtain location information, such as which personnel are active in which areas, how frequently they use, and so on. It’s not just about detecting people or not, but there are still many ways to obtain multiple levels of perception data.
The second module also gets the perceived data and then doesn't process it. You need to analyze it through algorithms and models to find the logic in it, like the usage rules of different periods. We have to understand the twists and turns inside, which will help us optimize the solution. Then, based on the results obtained in this way, the corresponding facilities and equipment operation should be controlled, such as switching different temperature controls at different times, etc.
Then there is the third module control execution stage, according to the analysis instructions, and each hardware and software system plays a role together. To give some examples, the lighting system is smartly flickered, reflecting the use rate of space; the air conditioner can set a lower temperature in an unmanned area, and then rise again to achieve energy saving and comfort coexist. In short, the control is implemented stably and accurately.
Next, let’s talk about the details through the Q&A
Is this space calculation troublesome for the renovation of existing buildings?
What to say, if the preliminary planning is good enough, some key points are installed and combined with the software, it is generally difficult but can still achieve a certain degree of change. The key is to choose the right product with the technical solution, etc.
How great is the advantage over traditional building control technology?
Answer: The advantages are quite obvious. Most traditional ones are fixed-point monitoring and execution.
Space computing is more comprehensive coverage and dynamic analysis and adjustment, just like dynamic optimization of energy is not just a fixed strategy execution, but also improved flexibility.
Is it expensive to implement?
Answer: In the initial stage, equipment procurement, deployment and installation cost a lot, but in the long run, the energy savings can be balanced and the output can be more valuable after efficient management.
Finally, Wow, provide global procurement services for weak current intelligent products! According to my experience over the years, I feel that Ha Space Computing has too much development potential in building control. With the advancement of technology, there will be more refined and precise control in the future, so it will achieve high-quality operation of buildings in all aspects and more intelligent and comfortable buildings.
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