Access your key battery ESS characteristics remotely when you are away from your system. Use the mobile app on Android and iOS to securely connect to your system. If there is an alert get notified even when away from your battery. With the ability to review recent trend performance over time.

Coming soon...

All the advantages of battery monitoring with user defined control parameters to ensure that you can setup the BMS to suit your environment and requirements. Access via USB, local WiFi or remote internet so that you can tune the battery logic where it suits you and not beside the battery. When new updates and features are available have the choice to download and update, ensuring that you get the best out of your investment.

Achieve best practice by controlling the inverter/charger, fan, heater, and/or mechanical circuit disconnect via the digital outputs, SSR, relays and communication link (canbus/RS485).

Make sure that the thermal design of the BMS can handle continuous balancing adjustment. 

More power matters! Both when cells are first assembled together at their different SoC% and when as cells age and need adjustment. Rebalancing is the nett time it takes to resolve the entire pack whilst waiting for the weakest cell to achieve the same SoC%.

Make sure your system can run autonomously and not flake out after a few seconds.. Large capacity cells can require multiple Ah of adjustment, hence continuous power on multiple cells is more important than peak power at only one cell. 

Centralised monitoring, as used by WatchMonPlus, uses an all-in-one approach with onboard cell monitors making wiring simpler and allowing monitoring of second hand EV batteries.

Distributed monitoring, as used by WatchMon4, on the other hand allows the flexibility to add as many cell monitors as you need to suit your project.