NEW ORION BMS CONNECT REMOTE MONITORING SYSTEM
12 MAY NEW ORION BMS CONNECT REMOTE MONITORING SYSTEM
Posted at 12:06h in Uncategorized by Administrator
The Orion BMS Connect is an internet based remote monitoring system that enables monitoring battery packs through a web browser, smartphone, or tablet. When the Orion BMS Connect device is used with a WiFi connection, this service allows companies, installers, and end users to remotely monitor battery pack performance data from Orion BMS or Orion Jr BMS systems in real time. Instant data, charts of recent history, and diagnostic information including recent events, fault codes, and freeze frame data are available. The device can also optionally log data to a local memory card and generate emailed alerts when certain events occur. Onboard memory allows this device to be used in certain mobile applications where data can be synchronized.
Features- Monitor multiple battery packs (in the same or different physical locations) on one page with a single account
- Share access to specific data streams with others to aide in remote diagnostics
- Synchronize data at user customizable intervals (as fast as every 10 seconds)
- Set up optional alerts delivered by email or other available means.
- Hardware firewall provides enhanced digital security for CANBUS
- Cache data and then automatically synchronize when in WiFi range (up to 6 hours of data polled at 10 second intervals; it is possible to cache more data if set to poll less frequently).
- Possible integration with other 3rd party CANBUS enabled devices (inquire with Ewert Energy for more information)
- Pack amperage
- Pack voltage
- Highest & lowest cell voltages and temperatures
- Pack state of charge
- Status of charge and discharge permitted
- Indicator if error codes are currently present
- Event log (shows BMS outputs turning on & off, etc.)
- Log of most recent DTC codes including freeze frame data
Live data graphs over the past 6 hours, 12 hours, 24 hours, or 1week (or customizable historic date range). Data is stored in the cloud for a period of 3 months and can be retrieved and charted