The application of neuromorphic computing core to (that is, what we often call BAS systems) is a very popular technical direction at the moment. Many people don’t understand what this is and how to use it. Today I will talk about this with you!
First of all, the core of neuromorphic computing, after all, is a kind of computing hardware designed to imitate the working way of the human brain nervous system – do you know? It is different from the traditional CPU and GPU we usually use. It does not rely on sequential execution of instructions to work, but many processing units are connected like brain nerve cells and process information at the same time, which looks very impressive! This cores are used in BAS, mainly to make the building automation system smarter, faster response, and save a lot of electricity! Provide global procurement services for weak current intelligent products! Generally speaking, when traditional BAS systems process data, they often encounter problems such as the amount of data is stuttered and the response to emergencies is slow. The core of neuromorphic computing can help a lot in these aspects and solve these headache-inducing pain points~
1. In terms of real-time data processing capabilities : Traditional BAS systems collect various data, such as temperature, light, flow of people, etc., and they are often batched, just to accumulate a bunch before processing, which will cause a little delay in the reaction, right? As for the core of neuromorphic computing, it can process and analyze data like the human brain. It is said that the processing speed can be increased by 5 to 10 times! Just like when your hand touches hot water, it immediately retracts, and the reaction is very fast!
2. Low-power operation characteristics : Because its architecture imitates human brain neurons, it does not need to process data transfer as frequently as traditional chips when processing information, so it consumes much less power! Data shows that under the same calculation task, energy consumption can be reduced by 30% to 60%. For BAS systems that do not shut down for 24 hours, it can save a lot of electricity bills in the long run, not that!
3. In terms of independent learning and optimization ability : the core of neuromorphic computing can also learn and evolve by itself! It can continuously analyze the operating data of various equipment in the building, such as when the air conditioner is turned on and how to adjust the lights most appropriately, and then adjust the control strategy by itself, making the BAS system more and more intelligent. The effect may be average at the beginning, but it will be super good when used!
Q: Is the neuromorphic computing core reliable and safe? How is the compatibility with the original BAS system?
A: You don’t have to worry about security. The key technologies now have special security designs, such as data encryption transmission, access rights control, etc., which are all done well! In terms of compatibility, most manufacturers will provide corresponding interfaces and conversion modules, which can be connected with mainstream BAS protocols, such as, but the specific situation depends on the technology of different brands. It is best for professionals to show you and do it!
Q: What are the specific practical application scenarios for neuromorphic computing core in BAS? Can you give an example?
A: Of course there is! For example, in intelligent lighting control, it can adjust the brightness of the light in real time according to the changes in the sunlight outside and the people coming and going in the building, which not only ensures that the lighting is bright enough without wasting electricity; in terms of optimization of the HVAC system (i.e. the air conditioning system), it can predict the temperature demand in different time periods, adjust the operating status of the equipment in advance, make people feel comfortable and energy-saving. Isn’t it great!
If you want to use neuromorphic computing cores well, you must first clarify the main needs of your BAS system. Do you want to improve the response speed or save energy or reduce consumption? The purpose is different, and the core you choose may also be different! It needs to be carefully considered! When installing and connecting, be sure to follow the technical guidelines provided by the manufacturer step by step. The cables and other things must be connected stably, and the interfaces must be matched. Don’t insert them in the wrong place and break them, which is not good! After the deployment is completed, you have to continuously monitor the core's running state. You also have to let technicians do maintenance and upgrade work regularly. You can learn about it online, do you know? In addition, if you are not short of money, you can try the neuromorphic calculation core of different brands and compare which one has the best effect – just like buying groceries, it is absolutely right to choose one with high cost performance! Think about it, is this the reason? Do you also don’t think it’s not appropriate or cost-effective to buy things?
Leave a Reply