flexible options to get smarter management

‘instant’ AI-based predictive smart management via cloud services

the fastest and simplest way to make our core smart technology and associated value available across your installed base and new customer sites

works with a range of existing inverter brands already and is easily configured or others via API

typically delivered as a per site subscription model designed to deliver a positive ROI to end-users and inverter suppliers plus all the other benefits on top

a range of modular licensable hardware designs

our smart technology was designed from the ground-up to be a resilient, scaleable, end-to-end fully-off grid system intended to work in locations where the grid is not reliable or is not available e.g. remote farming or mine sites

we may licence OEM and others to manufacture our end-to-end system or specific components as needed for the relevant use case and partnership

the components are ‘building blocks’ to build highly independent and reliable local renewables centric energy systems

in such environments, there are often constraints over local grid and/or fuel availability so limited resources need to be conserved and deployed intelligently, which is where smart management using historic, current and future on-site conditions comes into its own

a robust, highly-flexible and scaleable architecture and modular components

suitable for new or retrofit applications

rich in-built connectivity options

to maximize flexibility for connections into your local system

now and into the future

a selection of our product designs

master controller (MC3)

the core intelligence behind smarter energy management

a selection of our modular range including sensor/controllers

available in different capacities/ratings to suit the relevant application

  • CONDUCTIFY Master Controller (MC3) - the intelligence at the core of Smart-Cycle & power supply in DIN Rail box

    MC3 & power supply in DIN rail box

  • CONDUCTIFY Solar Sensor - monitoring generation from solar panels

    solar sensor - monitoring energy generated by solar panels

  • CONDUCTIFY DC sensors - monitoring battery state of charge (SOC)

    DC sensors - monitoring battery state of charge (SOC)

  • CONDUCTIFY AC Sensor - monitoring local energy flows to loads

    AC sensors - monitoring loads

  • ransfer switches - controlling and switching seamlessly the source(s) of energy applied to local loads

    transfer switches - for controlling the source(s) of energy applied to loads

  • CONDUCTIFY - Environmental Sensor - monitoring fluid levels, adaptable to a wide range of applications including generator fuel monitoring, water tank reserves, cellar flood monitoring, sewage tank monitoring etc.

    environmental sensor: fluid levels

  • CONDUCTIFY - Environmental Sensor - Temperature - monitoring fluid levels, adaptable to a wide range of applications including monitoring batteries, plant rooms, habitable room spaces etc to drive implementation of user preference/controls

    environmental sensors: temperature

  • CONDUCTIFY - example of bespoke build out in 2 DIN rail box

    example bespoke kit - built into 2-DIN rail box

a proforma simple residential installation of a fully on-site system

designed to support our core predictive smart management and certain advanced smart management capabilities

  • this particular architecture is based on one of our installations in South Africa

  • the master controller (MC3) is logically at the centre of the system and, typically, physically co-located with the sensor-controllers in DIN rail boxes adjacent to the fuse-boards and other 3rd party renewable energy system components, such as inverter(s), charge-controller(s) etc.

  • INTERMITTENT GRID CONNECTION RELAY: a critical element establishing an intermittent grid connection managed by the MC3 to control the quantity of grid used and time(s) of off-take | SOLAR SENSORS: to monitor energy coming off solar panels (with options for other times of renewable energy sources e.g. wind | DC SENSORS: to monitor batteries state of charge (SOC) | AC SENSORS: to manage energy flows to local loads | TRANSFER SWITCH(ES): sit between available energy sources and individual circuits/loads to switch loads used to supply specific circuits/loads as per the daily energy plan and user’s preferences - comes with patented intelligence which manages switching by load-type to minimize inverter tripping risk

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