Rich industrial interfaces.
Temperature sensor.
Smart trigger system.
Offline work.
Crypto Chip.
Flexible cloud integration.
The controller is a hybrid unit for medium power alternative energy power plants.
Structurally, it is a LoRaWAN® controller with support for blockchain-based IoT networks, an MRRT hybrid controller for managing solar panels, wind turbines, hydroelectric generators, and a 220 V AC grid inverter with the option to connect a battery bank.
The controller is equipped with a built-in GNSS module for geo-referencing, sensors for monitoring the status of all connected elements, an excitation control circuit for generators of wind or hydro turbines in order to maximize the efficiency of generation and not to allow their rotation speed to be significantly exceeded, a scheme for monitoring the light direction (if the appropriate sensor is connected) and control of inclination of connected solar panels for maximum efficiency of their use.
Works in the Internet of Things (IoT) environment using the LoRaWAN® network.
Integrated into blockchain-based IoT networks.
MPPT technology to optimize generator performance.
Modern design, modular structure, stable and reliable.
Excellent protection for controller, connected devices, batteries and load: open circuit protection, reverse connection protection, battery overcharge/discharge protection, overload protection, battery power failure, short circuit protection, connected turbine speed limit.
Users can set/control operating modes and parameters locally via setting keys, via menu on the LCD screen, or remotely via IoT management console.
LoRaWAN® wireless network.
Frequencies: 410 ~ 525MHz / 862 ~ 1020MHz (adopted in regional LoRa standards).
Mode: OTAA/ABP Class A.
Rated battery voltage: 24V.
Display mode: LCD and Console Dashboard.
Rated load voltage: 220V.
Operating temperature: -40°C to +85°C.
Storage temperature: -40°C to +85°C.
Humidity 0%~98% (NC).
Protection class: IP68.
Example of a plug-in installation: