Data can be sent to any control system that supports MQTT

Wi-Fi devices like Sonoffs can be turned on and off through the control system

Efficiently manage how the energy in your system is used, distributed or conserved in different scenarios like load-shedding, etc

Everything happening in SMH is encrypted multiple times

Separate logon accounts for users or installers

Users cannot override the logging

Detailed logs help installers determine the root cause of errors

Every Pi can work stand-alone or form part of an enterprise deployment

Geographical location with drill-down capability down to single inverter data

Charting and reporting per device, area, group, etc.

Configurable enterprise alerting engine with acknowledgement, ticket handling and fault resolution capturing

Users or installers must authenticate before doing anything

Any action by the user or installer is logged and encrypted

Logs for any date can easily be recalled showing exactly what happened when

New cloud dashboard for system analytics

New cell phone dashboard for a quick overview of real-time performance

New SMH cloud dashboard tor technical monitoring

New interactive responsive web-app with cost recovery analysis engine, animations, etc

Local data caching if internet connectivity fails with automatic retrospective uploading once the connection is restored

Native iOS And Android Apps Coming Soon!

Real-time alerting via telegram and/or email

User-defined alerting preferences (telegram, email or both)

Configurable alerts for inverters in parallel (Error 80, etc.)

Alerting for either warnings, faults or both

Alerting for inverter communication lost / recovered

Alerting for battery communication lost / recovered

Alerts can be read / acknowledged through the web app

Native remote control clients for Windows, Linux and MacOS

Proper new energy calculations based on countless hours of inverter measurements with the latest technology

Popup tool-tips when hovering the mouse over any data / metric, explaining what the data represents

Battery “time-to-configurable-percentage” determined if a BMS or BMV is used

Battery “time to 100%” calculated if a BMS or BMV is used

Fresh new gauges look / feel

Battery kWh discharged

Battery kWh charged

Battery maximum Watts charged

Battery maximum Watts discharged

Solar / Battery kWh used

Alerting via telegram / email for any faults or warnings

Serial number per inverter

Firmware per inverter

Fault code per inverter

PV volts / amps per inverter

Inverter load (real-time) per inverter

PV kwh generated per inverter

Inverter kwh load supplied per inverter

Grid watts (real-time) per inverter

Grid kwh used / produced per inverter

Solar / battery watts (real-time) used per inverter

Solar / battery kwh used per inverter

Inverter load percentage per inverter

Alerting via Telegram or email for low/high voltage, comms lost, etc

Completely rewritten / redesigned USB communication system

Automatic recovery of disconnected batteries / hardware

Battery fault monitoring per battery (if supported by BMS / protocol)

Voltage per battery

Amperage in / out per battery

Wattage in / out per battery

Temperature per battery (if supported by BMS / protocol)

State of charge (SOC) per battery

Status (charge or discharge) per battery

AH Rating per battery

Cycles per battery

Serial number per battery (if supported by BMS / protocol)

Users or installers need to authenticate before any changes can be made

Full inverter settings for up to 9 inverters are supported

Charge rate and charging priority for up to 9 inverters can be set per inverter

PV size, minimum and maximum battery watts can be configured

System capital cost can be entered to determine ROI

System utility cost per kWh to ensure accurate calculations

Different battery BMS’s supported

Mathematical calculation (beta) of soc (if no BMS is present)

User preferred “time to x percentage”

Battery inefficiency can be set per battery type

Full calculations done per Peukert’s energy storage law