Ai-thinker focuses their platform for Energy storage systems market. In terms of Energy Storage System operation, operation and maintenance, Ai-thinker serve battery manufacturers and EPC integrators to help operate more efficiently and improve management efficiency
Under the “double carbon” goal, the new energy storage industry has become the focus of attention. In addition, with the upgrading of energy consumption and the increase of emerging construction, leisure methods such as outdoor camping and RV travel, the demand for new energy storage is further expanded, and the future prospect is self-evident.
However, in terms of the current situation, the current energy storage industry is still faced with a number of development bottlenecks, such as safety, low management efficiency, operation and maintenance difficulties, and how to better deployment is the most critical challenge.
The traditional energy storage industry faces the problem of low operating efficiency
- Traditional manual maintenance reduces operation efficiency
Traditional energy storage power stations are generally arranged outdoors, with a large scale, and the equipment is in constant operation all year round. It is easy to break down for a long time, and once a fault occurs, the operation and maintenance relies on manual inspection by maintenance personnel, and it is difficult to accurately locate the fault, not to mention the time required for power outage maintenance.
- Complicated operation data and low sorting efficiency
The equipment of traditional energy storage power station cannot be connected to the Internet, which makes it difficult to collect many operation data such as electricity quantity and electricity price for intelligent statistics and analysis. Moreover, it is inefficient to store and send the operation data of these equipments manually.
Ai-Thinker preempt the layout of intelligent energy storage, help customers improve operational efficiency
Ai-Thinker took the lead in entering the energy storage industry, relying on its deep reserves of wireless connection technology, taking the development of energy storage technology as the starting point, and making full use of its advantages in wireless connection technology of the Internet of Things, it has created a number of products that can solve the pain points of the energy storage industry, such as Ai-WB2 series modules, Ra series modules, TB series modules, etc. Our products cover WiFi+BLE, LoRa, BLE and other wireless communication fields. In terms of operation, operation and maintenance, we serve battery manufacturers and EPC integrators to help customers operate more efficiently and improve management efficiency.
Specific performance in the following aspects:
Rapid deployment, greatly improve the development efficiency
- General AT instruction, quickly get started
One of the major features of Ai-Thinker Ai-WB2 series modules is the general AT instructions. If you have used other series modules of Ai-Thinker, you can continue to use the previous instructions, which reduces the difficulty of application developers to get started. Under the condition of ensuring high performance, the workload of developers is simplified, and ordinary developers can develop more quickly and greatly improve the development efficiency.
- Package continuation, no hardware rework
Ai-Thinker Ai-WB2 series modules continue 10 classic packages, without hardware remake, can realize fast hardware switching; At the same time, it supports secondary development of modules in Ubuntu, Linux, and Windows environments, and is applied to most IoT energy equipment operation data interaction scenarios, which can greatly improve the work efficiency of developers and reduce the personnel allocation cost of developers.
- Dual 85 test to improve product reliability
“Double 85” test is mainly to test the reliability of the product in the harsh environment of high temperature and humidity, that is, under the environment setting temperature of 85โ and humidity of 85%, the test time is 1000 hours, and the test body is aging test.
This is because the most needed reliability and stability of energy storage hardware also need to perform related functions in harsh environment. At this time, we should consider every factor that may affect the stability and reliability of the product. The reason is that harsh natural environment may cause material dislocation, resulting in the loss of efficiency of electronic devices.
Ai-WB2 series module products have been tested by double 85.
In the practical application of terminal products in the energy storage industry, it can effectively reduce the pain points such as offline, disconnection and delay of equipment networking, and greatly improve the reliability and stability of products.
Ai-thinker Hardware Documentation and Support
- Official website: http://en.ai-thinker.com
- DOCS: https://docs.ai-thinker.com
- Official Forum: http://bbs.ai-thinker.com
Samples and Contact Information
- Sample purchase๏ผhttps://ai-thinker.en.alibaba.com/
- Business cooperation: overseas@aithinker.com
- LinkedIn: https://www.linkedin.com/company/ai-thinker
I am running an Embedded Design House, CAPUF Embedded Pvt. Ltd, located in Bangalore, India. At CAPUF, we help companies build embedded products with our hardware and firmware design services.
We also help in design optimizations for power consumption, cost, mass manufacturing, and performance.
Additionally, we develop PCB testing jigs and provide cloud-based device / production monitoring solutions.