Provide UPS and individual battery health using proprietary algorithm that computes the health based on parameters such as voltage, internal impedance, temperature at the negative lead, ripple voltage. Monitor string level parameters such as Ah in/ Ah out, string voltage, string current, ripple current, discharge/charge duration, peak current during discharge/charge and other parameters such as cycle count, depth of discharge, ambient temperature
The 6E Edge Node is an Advanced Controller Unit which can integrate with any Smart UPS at site over available protocol. The Edge Node collects parameters about the UPS health over protocol. The Controller also monitors the health of Battery Blocks using wireless Battery Voltage Sensors.
The wireless Battery Voltage Sensors connect to the leads of the batteries deployed at site and capture parameter of the battery Block Like voltage, internal impedance, temperature at the negative lead, ripple voltage. *Lugs and Cables to be procured as per battery requirement
Wireless Access Point acts as a Data Aggregator collecting the data from the different wireless Battery Voltage Sensors over 2.4GHz. The data that is collected is then sent over to the 6E Edge Node which is equipped to send the data to the Sixth Energy Platform.
The DC Current Transformer is a clamp-on Current Transformer used to measure direct current (DC) flowing through the Battery String. Depending upon the number of strings in the setup, the number of DC-CTs required will also vary.
The 6th Energy Application is deployed in a PC Server in a local network. The Application is configured to poll the data from all connected iBHMS deployments in the local network. Depending upon the data size being polled, PC server is sized. * Each deployment can also send data directly to cloud.
Monitoring the battery parameters in any battery is critical to any Energy Intensive Organization. 6E iBHMS solution leverages algorithms monitor critical battery parameters like cycle count, depth of discharge, etc., to keep track of battery life and proactively extend life without replacement.
Monitor the UPS and Battery systems in commercial installations in buildings like Commercial office spaces, malls, shopping centers, and more, thereby ensuring that the health of the Secondary Energy source at site is optimum and the Load is balanced based on demand for charging and distribution.
Batteries play a really crucial role in datacenters ensuring that there is critical back up supply of power to the data centers, especially preventing downtime during periods of outages. By monitoring battery life in data centers, uptime of the data center can be maintained, increasing retention
Hospitals often have critical equipment which need to have continuous supply of power to ensure medical assistance if offered to people in time. Therefore, maintaining battery health at these sites is critical to the availability of continued medical service.