Client Overview
Client: Hine Hydraulics (HINE Group)
Industry: Hydraulic Systems & Industrial Cooling Solutions
Location: Survey No: 446/7 & 446/8, Papparambakkam Village, Thiruvallur District, Tamil Nadu 602025
Solution Implemented: Energy Consumption Monitoring System
Deployment: Office Energy Monitoring & Main Incomer Monitoring
Overview
Hine Hydraulics is a leading manufacturer of hydraulic systems and industrial cooling solutions, operating a modern production facility in Tamil Nadu. As production expanded, the company needed better visibility into electricity usage across both administrative and manufacturing operations.
To improve operational efficiency, Niraltek Solutions implemented an intelligent Energy Consumption Monitoring solution that provides real-time monitoring of the office electrical network and the factory’s main incomer. As part of the solution, the NTS IoT Gateway serves as the central communication hub, supporting Wi-Fi, Ethernet, and GSM SIM connectivity for reliable data transmission. Its built-in offline data storage ensures continuous data collection during network interruptions and automatically synchronizes data with the cloud once connectivity is restored, enabling uninterrupted energy visibility across the manufacturing facility.
Energy Consumption Monitoring Objective
The primary objective of the project was to establish complete visibility into electrical consumption across the manufacturing facility through real-time Energy Consumption Monitoring.
The implementation focused on:
- Monitoring total factory electricity consumption
- Tracking office energy usage independently
- Measuring voltage, current, kW, kVA, kWh, and power factor
- Creating a centralized live monitoring dashboard
- Analyzing historical energy consumption trends
- Improving operational visibility through real-time data
- Reducing manual meter readings and reporting effort
Business Challenges
Before implementing the solution, Hine Hydraulics faced several operational challenges that limited efficient energy management across the facility.
Limited Energy Visibility
The factory lacked a centralized system to monitor electricity consumption across different electrical distribution points, making it difficult to understand overall power usage.
Manual Meter Readings
Energy data was collected through conventional meter readings, resulting in delayed analysis, manual documentation, and limited operational insights.
No Separate Office Monitoring
Office electricity consumption and production energy usage were combined, preventing accurate department-wise analysis and energy allocation.
Delayed Issue Identification
Without real-time electrical data, abnormal energy consumption, voltage fluctuations, and power quality issues were often identified only after operational impact.
Proposed Energy Consumption Monitoring Solution
Niraltek deployed a centralized Energy Consumption Monitoring platform specifically designed for Hine Hydraulics manufacturing environment. The solution enables continuous monitoring of electrical infrastructure while providing actionable insights through a cloud-based dashboard.
The deployed solution included:
- NTS IoT Gateway
- Main Incomer Energy Monitoring
- Office Energy Monitoring
- Three-Phase Smart Energy Meters
- Real-Time Monitoring Dashboard
- Historical Energy Analytics
- Power Quality Monitoring
- Automated Energy Reports
- Instant Electrical Parameter Alerts
The solution allows facility teams to continuously monitor electrical performance from a single interface, improving operational visibility and supporting proactive energy management.
Energy Monitoring Architecture
Main Incomer Monitoring
A three-phase smart energy meter was installed at the factory’s main incomer to capture total incoming electrical consumption, demand, voltage, current, frequency, and power factor. This provides a complete picture of plant-wide energy usage.
Office Energy Monitoring
A dedicated smart meter monitors the office distribution panel independently, enabling accurate analysis of administrative electricity consumption and comparison with manufacturing loads.
NTS IoT Gateway
The NTS IoT Gateway acts as the central communication hub connecting smart energy meters with the cloud-based monitoring platform. Supporting Wi-Fi, Ethernet, and GSM SIM connectivity, it ensures secure and reliable transmission of electrical data from both the office monitoring panel and the factory main incomer. Its offline data storage capability prevents data loss during temporary network outages by automatically synchronizing stored data once connectivity is restored.
Centralized Monitoring Platform
Both monitoring points transmit data securely to Niraltek’s cloud platform, where Energy Consumption Monitoring dashboards display live data, historical reports, trend analysis, and performance insights for facility managers.
Key System Capabilities
| Capability | Business Benefit |
| Real-Time Energy Monitoring | Live visibility of electrical consumption |
| Main Incomer Analytics | Track total factory energy usage |
| Office Energy Monitoring | Separate administrative load analysis |
| Power Quality Monitoring | Monitor voltage, current & power factor |
| Historical Trend Analysis | Compare daily, weekly & monthly consumption |
| Centralized Dashboard | Single platform for operational visibility |
| Automated Reports | Simplified energy analysis and documentation |
Implementation
The project was completed through a structured deployment process with minimal disruption to manufacturing operations.
Phase 1 – Electrical Site Assessment
Engineers evaluated the main LT incomer, office distribution panel, electrical infrastructure, and monitoring requirements to define the deployment strategy.
Phase 2 – Smart Meter Installation
Three-phase smart energy meters were installed and configured at both the office panel and main incomer to enable accurate Energy Consumption Monitoring across the facility.
Phase 3 – Platform Integration
All monitoring devices were integrated with Niraltek’s centralized cloud platform, including dashboard configuration, historical reporting, and real-time visualization.
Phase 4 – Testing & Validation
The complete system was calibrated, tested under operational conditions, and validated to ensure reliable monitoring, accurate reporting, and continuous data availability.
Business Outcomes
Following the successful implementation of the Energy Consumption Monitoring solution, Hine Hydraulics achieved significant improvements in operational visibility and electrical performance management.
Key Outcomes
- Complete visibility into factory-wide electricity consumption
- Independent monitoring of office and production energy usage
- Real-time monitoring of critical electrical parameters
- Improved power quality analysis and reporting
- Faster identification of abnormal consumption patterns
- Historical energy trend analysis for better planning
- Reduced dependency on manual meter readings
- Data-driven decision-making for energy optimization
Before vs After
| Before | After |
| Manual meter readings | Real-time digital monitoring |
| Limited energy visibility | Centralized monitoring dashboard |
| Combined office & factory loads | Separate office energy monitoring |
| Difficult trend analysis | Historical energy analytics |
| Delayed issue detection | Instant visibility of electrical data |
| Fragmented energy information | Unified facility energy insights |
Key Business Benefits
The implementation of Niraltek’s Energy Consumption Monitoring platform delivered measurable operational benefits across the manufacturing facility.
Major Benefits Included
- Improved visibility into electrical consumption
- Better operational and maintenance decisions
- Optimized electrical resource utilization
- Reduced manual monitoring effort
- Enhanced power quality monitoring
- Centralized historical energy intelligence
- Scalable Industrial IoT monitoring infrastructure
- Improved efficiency through continuous energy analytics
Conclusion
Niraltek’s Energy Consumption Monitoring solution transformed how Hine Hydraulics manages electricity across its manufacturing facility by delivering real-time visibility into both office and main incomer energy consumption. The implementation replaced manual meter readings with a centralized cloud-based monitoring platform, enabling accurate energy analytics, continuous power quality monitoring, and historical consumption tracking. With the integration of smart energy meters and the NTS IoT Gateway, Hine Hydraulics now has a scalable, data-driven foundation for improving operational efficiency, optimizing energy usage, and supporting smarter decision-making across its industrial operations.