The infinitely flexible IoT swiss army knife of monitoring and control.
SolarNode is software deployed on inexpensive computers in homes, buildings, vehicles, and even EV chargers, connected to any number of sensors, meters, building automation systems, and more. It connects to SolarNetwork to get make all your data available, as well as accepting control signals to take action.
It has an extremely flexible, plugin-based architecture that can help solve your immediate system monitoring and control needs, while growing and adapting easily to your evolving systems over time.
SolarNode supports the widely used Modbus protocol, enabling you to talk to many devices with complete flexibility.
SolarNode can connect to a variety of M-Bus meters, providing users with real-time data on their energy and water usage.
SolarNetwork supports integration with popular commercial building automation systems, such as Loxone and BACnet, allowing users to control a wide variety of appliances and building services remotely like lighting and temperature.
SolarNode supports DNP3, allowing you to integrate SolarNode with utilities.
SolarNode can integrate with weather stations or online services, allowing users to monitor environmental conditions and optimise their energy usage accordingly.
SolarNode can connect to vehicle systems, enabling users to manage and monitor their operational usage.
SolarNode can read and write to GPIO, so you can connect sensors or control switches.
SolarNode sports an intuitive browser-based management interface to configure everything you need.
Collect data from as many devices as you want.
A powerful filter system makes it possible to shape and augment the data as it is collected, for example implement virtual meters or calculate time-of-use metrics based on tariff schedules.
Our charitable aim is to protect the environment through supporting energy education and using technology to help people understand energy conservation and renewable energy.
Take control of your energy usage and costs with our powerful platform.