Smart Transformer Management

Smart Transformer
Management

Monitor Energy, Anywhere, Anytime

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Smart Agriculture Management

Smart Agriculture
Management

Monitor Energy, Anywhere, Anytime

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Smart Energy Management

Smart Energy
Management

Monitor Energy, Anywhere, Anytime

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Smart Building Management

Smart Building
Management

Monitor Energy, Anywhere, Anytime

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Smart Oil & Gas Management

Smart Oil & Gas
Management

Monitor Energy, Anywhere, Anytime

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Our Solutions

Smart Lighting automated illumination system

Smart Lighting

Smart Lighting is an advanced automated illumination system designed to optimize energy usage across streets, buildings, and industrial environments...

In urban areas, smart streetlights can detect movement from vehicles or pedestrians, providing adequate lighting only when needed...

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Smart Energy Management

Smart Energy Management is an intelligent, AI-driven system designed to monitor, control, and optimize power consumption across various sectors, including residential, commercial, and industrial environments. By integrating advanced sensors, IoT connectivity, and real-time analytics, the system provides centralized control over energy usage, enabling users to track and manage their power consumption with high precision.

Artificial intelligence algorithms analyze data from connected devices and energy sources to identify inefficiencies, predict demand patterns, and automatically adjust energy distribution for optimal performance. This helps reduce operational costs, minimize energy waste, and ensure a stable and sustainable power supply.

Smart Energy Management system interface
Smart Solar Monitoring system interface

Smart Solar Monitoring

Smart Solar Monitoring is an advanced system designed to provide real-time tracking and detailed analytics of solar power generation and performance. By integrating IoT sensors, data analytics, and cloud-based platforms, it continuously monitors key parameters such as energy output, panel efficiency, temperature, and irradiance levels.

This intelligent monitoring system allows users to visualize power generation data, detect faults or inefficiencies instantly, and optimize system performance for maximum energy yield. Through AI-based analytics, it can predict maintenance needs, identify underperforming panels, and provide actionable insights to improve overall efficiency and reduce downtime.

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Smart Agrivoltaics

Smart Agrivoltaics is an innovative approach that integrates solar power generation with agricultural practices to achieve dual productivity and sustainability. By strategically installing solar panels above or alongside crop fields, this system enables the simultaneous harvesting of clean energy and cultivation of crops, making efficient use of available land resources.

Equipped with smart sensors, IoT devices, and AI-driven monitoring, Smart Agrivoltaic systems continuously analyze environmental factors such as sunlight, temperature, soil moisture, and crop growth. This data is used to optimize both solar energy generation and agricultural output, ensuring that plants receive the ideal balance of sunlight and shade.

Smart Agrivoltaics system monitoring crops and solar panels
Smart Weather Station with IoT sensors for temperature, humidity, and rainfall

Smart Weather Station

IoT sensors capturing temperature, humidity, and rainfall for predictive analysis.

Smart Solar Pump Management system with remote IoT control

Smart Solar Pump Management

IoT-controlled solar pump systems with remote access and automation.

Smart Metering for remote monitoring, billing, and energy analytics

Smart Metering

Digital meters that enable remote monitoring, billing, and energy analytics.

Smart DG Sync for automatic synchronization of DG sets, solar systems, and grid

Smart DG Sync

Automatic synchronization of DG sets, solar systems, and grid connections.

Zero Export smart energy control system interface

Zero Export

Zero Export is a smart energy control system designed to manage and optimize on-site power generation while preventing excess electricity from being exported to the utility grid. This technology ensures that all generated power is consumed locally, maintaining grid stability and improving overall system efficiency.

Using advanced sensors, inverters, and AI-based controllers, Zero Export systems continuously monitor energy production and consumption in real time. When generation exceeds demand, the system automatically adjusts output, diverts power to storage units, or regulates load distribution to maintain a perfect energy balance.

Smart PM-KUSUM Management

Smart PM-KUSUM Management is an integrated digital platform designed to efficiently manage and monitor solar-powered irrigation systems under the Government of India’s PM-KUSUM (Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan) scheme. This system enables real-time tracking, control, and optimization of solar pump operations to ensure reliable performance, transparency, and effective implementation of the program.

Equipped with IoT sensors, AI-based analytics, and centralized dashboards, the platform provides comprehensive data on energy generation, pump usage, water flow, and maintenance status. It helps stakeholders—including farmers, distribution companies (DISCOMs), and government agencies—make data-driven decisions for efficient water and energy management.

Smart PM-KUSUM Management system dashboard for solar-powered irrigation
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Smart AI-IoT Platform dashboard interface for managing IoT devices

Smart AI-IoT Platform

The Smart AI-IoT Platform is a unified digital ecosystem designed to seamlessly integrate, manage, and analyze a wide range of connected IoT devices through a centralized dashboard. It combines the power of Artificial Intelligence (AI) with the Internet of Things (IoT) to enable intelligent automation, real-time monitoring, and data-driven decision- making across industries.

This platform allows users to connect and control diverse devices, collect and visualize operational data, and generate insights through advanced analytics. AI algorithms analyze the incoming data to identify patterns, predict system behavior, and trigger automated actions—enhancing efficiency, reducing downtime, and optimizing resource utilization.

Our Features

Multiple Connectivity
Options

Sim/Lan/WiFi Dataloggers

Standalone
Sensors

Available in various outputs
0-5V, 4-20ma, RS485

Remote Data
Access

Monitor remotely on Ulinx
Solar

Monitor Multiple
Equipments

Like Inverter, Meters &
others along with WMS

Customize

Extensive sensor options & outputs

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Data Loggers

Brand Name Model No. Modbus Type Internet Connectivity Max Modbus Slaves Analog Ports
Ulinx WT800 MI RTU-RS232 GPRS (2G) 1 2 No.s 0-10V
Ulinx WT800 M (Discontinued) RTU-RS485 GPRS (2G) 1 2 No.s 0-10V
Ulinx WT805 MI (Discontinued) RTU-RS485 GPRS (2G) 8 2 No.s 0-10V, 1 No.s 4-20mA
Ulinx WE-60M RTU-RS485 LAN 8 2 No.s 0-10V, 1 No.s 4-20mA
Ulinx WT-70M RTU-RS485 WiFi 8 2 No.s 0-10V, 1 No.s 4-20mA
Ulinx WT405M RTU-RS485 GPRS (4G/3G/2G) 1 0
Ulinx WT400 M RTU-RS485 GPRS (4G/3G/2G) 8 2 No.s 0-10V, 1 No.s 4-20mA
Ulinx WT410 M RTU-RS485 GPRS (4G/3G/2G) 8 2 No.s 0-10V, 1 No.s 4-20mA
Ulinx WT420 M RTU-RS485, TCP/IP LAN, GPRS (4G/3G/2G) 20 2 No.s 0-10V, 1 No.s 4-20mA

Our Clients

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Contact Info

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