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Published June 08, 2026 ©

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RMS Vista

Adaptable Intelligence for Your Remote Monitoring & Control.

COMPONENTS
PROJECT DESCRIPTION

Hardware

 

Your All-in-One Remote Monitoring & Control Solution

Vraious connectivity options, including GPS, offer a comprehensive range of features, ensuring the Remote Monitoring System's adaptability to various networking scenarios and providing precise location tracking capabilities.

  • Utilizes the SIMCOM A7672S 4G LTE Module for reliable and high-speed cellular connectivity.
  • Equipped with the ESP32 32-bit WiFi Controller, enabling wireless communication for local network connectivity.
  • Incorporates GPS technology for accurate location tracking.

Our Remote Monitoring System is an advanced solution crafted to optimize the efficiency, reliability, and overall performance of renewable energy installations and various industrial applications. Whether you're overseeing a small-scale residential setup or managing extensive industrial facilities, our system offers real-time insights and control, ensuring seamless monitoring and operation of your energy assets.

Our platform stands out for its complete compatibility with the Pradhan Mantri Kisan Urja Suraksha evam Utthan Mahabihiyaan (PM KUSUM) project requirements. Specifically designed to seamlessly integrate with various components essential to the PM KUSUM initiative, our platform ensures a hassle-free experience for users involved in Pump Control, Energy Meter, Inverter, String Combiner Box (SJB), and other relevant systems.

01

ESP32 MCU

ESP32 the 32-bit Controller serves as a powerful and versatile microcontroller designed specifically for wireless communication and IoT applications.

02

SIMCOM A7672S 4G LTE Module

The system ensures high-performance 4G cellular connectivity and GPS. This module enables reliable and high-speed data transmission, allowing the Remote Monitoring System to operate efficiently across diverse environments.

03

RS485 and RS232 communication protocols

With support for both RS485 and RS232 communication protocols, the system offers flexibility for various industrial applications. The optional isolation of these communication channels minimizes electrical interference, contributing to enhanced reliability in data transmission.

04

Micro SD Card slot

The inclusion of a Micro SD Card slot further expands the system's capabilities, allowing for local data storage. This feature enables the system to store and retrieve data locally, providing an additional layer of versatility in handling information.

05

Nano SIM slot

The Nano SIM slot is integrated to support cellular network functionality. This inclusion enables seamless communication over cellular networks, contributing to a more versatile and comprehensive solution for the Remote Monitoring System.

06

RTC (Real-Time Clock)

On-board, the system boasts an RTC (Real-Time Clock) and 32k EEPROM, ensuring accurate timekeeping and providing non-volatile storage for critical information. This feature allows the system to retain crucial data even during power cycles.

07

W5500 Ethernet Module(Optional)

he W5500 Ethernet Module is integrated for scenarios requiring wired networking. This component enhances connectivity options, providing a reliable foundation for data transmission in scenarios where wired connections are preferred or necessary.

08

4 Digital Isolated Inputs

For enhanced monitoring capabilities, the system incorporates 4 Digital Isolated Inputs. These inputs allow the monitoring of external signals, expanding the system's capability to interface with various sensors and external devices.

09

2 Digital Outputs

The system includes 2 Digital Outputs that enable the Remote Monitoring System to actively control external devices or relays based on the monitoring data gathered.

Software

Empowered by Artibraino's cloud-based and award-winning t2iot platform, the Remote Monitoring System (RMS) stands out as a cutting-edge solution for diverse applications. This platform provides an omnichannel experience, employing OAuth2-based secure and reliable connectivity. The integration of role-based authentication and control within RMS ensures a secure environment. Users can seamlessly interact with the system through various channels, including web browsers, mobile applications, and REST API-based integration. This versatility enhances user accessibility and accommodates different preferences for interacting with the monitoring system..

Real-Time Monitoring

Attain immediate visibility into the performance metrics, be it monitoring solar panels or any industrial equipment in your system. Our monitoring system furnishes real-time data, ensuring quick identification and resolution of any issues that may arise in your operations, fostering efficiency and minimizing downtime.

Remote Diagnostics

Troubleshoot issues remotely with our advanced diagnostic features, minimizing the necessity for on-site visits. Access detailed diagnostics for various industrial assets, reducing operational costs and enhancing overall maintenance efficiency across your infrastructure.

Performance Analytics

Delve deep into performance analytics, applicable not only to solar arrays but also to diverse industrial machinery. Track trends in energy production, assess the impact of external factors, and identify optimization opportunities. Leverage our comprehensive analytics and reporting tools to make informed decisions for enhanced operational efficiency.

Fault Detection and Alerts

Receive prompt alerts for anomalies or faults within your infrastructure, whether it's related to solar panels or any other industrial component. Whether detecting a malfunction or a decrease in output, our system notifies you instantly, facilitating a swift response and reducing disruptions.

App-Based Control

RMS revolutionizes user accessibility and control, offering an intuitive and feature-rich app-based interface. This innovative approach to control enhances the overall user experience, making the management of your energy system, whether solar or industrial, more convenient and efficient.

MQTT(s)

Supporting MQTT(s) ensures efficient and lightweight communication, ideal for resource-constrained devices in diverse industrial applications..

HTTP(s)

Compatibility with HTTP(s) provides seamless integration with web-based services, enhancing the system's adaptability in connected environments.

FTP

The inclusion of FTP enables secure and reliable file transfers, crucial for industrial applications requiring firmware updates and data exchange.

Modbus

With Modbus support, the system enhances compatibility with SCADA systems, providing a standardized communication protocol for industrial automation.

Over-The-Air (FOTA)

The Firmware Over-The-Air (FOTA) support within the system guarantees a streamlined process for updating device firmware. This functionality eliminates the need for physical access to devices, enabling remote and hassle-free firmware upgrades.

SPI

Support for SPI facilitates synchronous serial communication, expanding connectivity and enabling seamless interaction between devices in industrial setups.

I2C

Incorporating I2C support allows for a two-wire serial bus, accommodating a variety of sensors and devices, thereby enhancing versatility in industrial environments.

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