Industrial IoT · Energy · Sustainability

Energy Monitoring System

Web-based application for real-time energy, utility, power quality, and sustainability monitoring.

Connect electrical panels, power meters, utility sensors, IoT box, internal server, and web dashboard into one integrated platform — monitor electricity, water, gas, emission, solar generation, alerts, and operational energy cost in real time.

Electricity
Water
Gas
Emission
Solar
energy.ragdalion.com / dashboard
Dashboard
Power Monitoring
Energy Cost
Carbon
Reports
Log Alert
Devices
Overview
Energy Dashboard
LVMDB 1 ▾
Electricity
IDR 500K
kWh
12,060
Carbon
3.109 tCO₂
Cost Trend · 2024Annual ▾
LVMDB 1
Good
LVMDB 2
Good
LVMDB 3
Normal
LVMDB 4
Warning
Product Overview

Real-Time Energy Digitalization Platform

Ragdalion Energy Monitoring System helps companies monitor electricity, water, gas, emission, power quality, utility conditions, energy cost, and environmental impact from one centralized dashboard — built to improve visibility, detect abnormal usage, reduce waste, and support data-driven energy management.

Energy Consumption Dashboard

Monitor electricity, water, gas, solar generation, peak load, carbon reduction, utility efficiency, and energy cost in one dashboard.

Real-Time Energy Tracking

Track energy usage by time, area, equipment, panel, line, department, or facility to understand consumption behavior.

Utility Condition Monitoring

+IoT

Monitor power meters, water pressure, flow rate, transformer load, panel health, and utility equipment condition using IoT integration.

Shopfloor Control & Traceability

Store historical energy data, utility alerts, equipment status, sensor reading, problem logs, and action records for traceability.

Utility Coverage

Monitor All Critical Utility Sources

One dataset for every utility flowing through your facility — from electrical panels and transformers to water pipes, gas meters, and the carbon footprint they generate.

Electricity

Monitor kWh consumption, voltage, current, power factor, load, power quality, transformer condition, peak demand, and energy cost.

Water

Monitor water usage, pressure, flow rate, leakage indication, daily usage trend, and abnormal consumption.

Gas

Monitor gas usage, consumption trend, usage pattern, abnormal usage, and cost impact.

Emission

Track carbon emission, carbon reduction, environmental impact, and sustainability indicators from energy consumption data.

AI Add-On

AI-Ready Energy Intelligence

Optional AI modules that turn your real-time energy dataset into trends, root causes, and cost insights — built on top of the same platform.

Energy Trend Analytics Dashboard

+AI

Analyze historical consumption patterns, peak usage, abnormal trends, utility efficiency, power quality, and energy performance by area, equipment, or time period.

Automatic Root Cause Analysis (RCA) Report

+AI

Support automatic insight generation from energy anomalies, overload conditions, power quality issues, water leakage, high consumption, and recurring utility alerts.

Cost of Operations Analytics

+AI

Analyze electricity cost, water cost, gas cost, peak load cost, utility waste, equipment inefficiency, and operational energy impact.

How It Works

How Energy Data Flows

From electrical panel to executive dashboard — a single data pipeline built for industrial reliability.

Step 1

Electrical Control Panel

Energy and utility data is captured from electrical panels, distribution panels, transformer panels, utility panels, or equipment-level measurement points.

Step 2

Sensor / Power Meter

Power meter and sensors collect voltage, current, kWh, power factor, water pressure, flow rate, gas usage, and equipment condition data.

Step 3

IoT Box

IoT box receives data from power meters and sensors through RS485, Modbus, MQTT, API, or other industrial communication protocols.

Step 4

Cloud / Internal Server

Energy and utility data is securely stored and processed in cloud or internal server based on customer infrastructure requirements.

Step 5

Web Dashboard

Users monitor real-time energy consumption, utility performance, historical trend, cost tracker, alerts, and reports through a web-based dashboard.

Step 6

Alert & Analytics

The system generates real-time notifications, historical data, cost tracking, log alerts, and analytics to support faster decision making.

Live Monitoring

Real-Time Notification, Historical Data, Cost Tracker, and Log Alert

Four monitoring surfaces working together — instant alerts, deep history, cost control, and full audit trail.

Real-Time Notification

Monitor real-time current, voltage, load condition, and abnormal utility status with instant alert notification.

Current R175.86 A
Current S175.86 A
Current T175.86 A
Current Average175.86 A

Historical Data

View historical trends for voltage, current, kWh, water usage, gas usage, flow rate, pressure, and power quality.

Voltage: 398.54 VVoltage ▾

Cost Tracker

Track energy cost by today, this month, last month, and this year to support energy budgeting and cost control.

Today+32%
IDR 500.000
This Month+32%
IDR 460.647.530
Last Month+28%
IDR 490.647.530
This Year+32%
IDR 3.109.123.232

Log Alert

Store alert history by priority, triggered time, device, category, alert log, and action status.

PriorityDeviceCategoryAction
HighLVMDB AOverload
MediumLVMDB BUnder Spec
HighWTR-03Water Leakage
Web-Based UI

Designed for Web-Based Energy Monitoring

Three primary surfaces, all rendered in the browser — engineered for the utility room and the boardroom alike.

Power Monitoring

Live
  • Voltage monitoring
  • Current monitoring
  • kWh monitoring
  • Power factor
  • Device parameter filter
  • Real-time graph
  • Historical graph

Energy Dashboard

Live
  • Energy consumption today
  • Power quality
  • Solar generation today
  • Water usage today
  • Utility efficiency
  • Equipment status
  • Panel health
  • Energy trend

Alert & Cost Analytics

Live
  • Real-time notification
  • Cost tracker
  • Log alert
  • Alert priority
  • Device problem
  • Alert action status
  • RCA report
  • Cost trend analytics
Core Features

Everything You Need to Run an Industrial Energy Program

Energy Consumption Monitoring

Monitor real-time and historical energy consumption by device, area, panel, facility, line, or department.

Power Monitoring

Track voltage, current, kWh, frequency, power factor, transformer load, and power quality.

Water Usage Monitoring

Monitor water consumption, pressure, flow rate, usage trends, and potential leakage indicators.

Gas Usage Monitoring

Track gas consumption, cost impact, abnormal usage, and historical usage patterns.

Emission Monitoring

Calculate carbon emission, carbon reduction, and environmental impact from energy consumption data.

Solar Energy Monitoring

Monitor solar generation, solar efficiency, daily production, and contribution to total energy usage.

Utility Condition Monitoring

Monitor panel health, equipment status, transformer load, pressure, flow, and utility condition with IoT integration.

Real-Time Alert

Generate alerts for high consumption, overload, power outage, water leakage, equipment abnormality, or power quality issues.

Historical Data & Trend

Analyze historical data by parameter, time range, device, utility type, area, or equipment.

Energy Cost Tracker

Track energy cost by today, this month, last month, this year, device, area, or utility category.

Report & Traceability

Generate energy, utility usage, alert log, cost, and sustainability reports.

Role Based Access Control

Different access for admin, management, engineering, utility, HSE, maintenance, finance, and viewer.

Management Dashboard

Management Dashboard for Energy Performance

Monitor energy usage, utility performance, peak load, abnormal consumption, power quality, cost impact, and environmental indicators through a real-time dashboard.

Energy Today
1,256kWh
Grid Import
532kWh
Solar Generation
842kWh
Power Quality
98.6%
Power Factor
0.98Lead
Utility Efficiency
87.2%
Water Today
28.4
Transformer Load
76%
Panel Health
92.5%
Active Alerts
7
Peak Load
1,842kW
Carbon Reduction
2.45tCO₂

Energy Trend

2024 ▾

Solar Generation Trend

2024 ▾

Cost Trend

2024 ▾
Utility Control

Utility Control Visibility for Industrial Operations

Energy Monitoring System helps engineering and utility teams understand how electricity, water, gas, and supporting utility equipment perform across the facility.

  • Electrical panel monitoring
  • Power meter monitoring
  • Water pressure monitoring
  • Flow rate monitoring
  • Transformer load monitoring
  • Panel health monitoring
  • Equipment status monitoring
  • Solar generation monitoring
  • Utility efficiency monitoring
  • Active alert monitoring
Electrical Panel
Power Meter
Water Pipe
Flow Meter
Solar Panel
Transformer
Dashboard
Technician
Alert Status
Live signal
All systems connected
Online
Integration

IoT, Power Meter, and Utility System Integration

Integrates with power meters, water sensors, gas meters, flow meters, pressure sensors, solar inverter, electrical panels, IoT box, PLC, MQTT, Modbus, RS485, API, cloud or internal server, and existing industrial systems.

Power Meter
Electrical Panel
Water Pressure Sensor
Flow Meter
Gas Meter
Solar Inverter
Transformer Monitoring
IoT Box
RS485
Modbus RTU / TCP
MQTT
API Integration
Cloud Server
Internal Server
Web Dashboard
Integration method can be adjusted based on existing utility infrastructure, panel condition, sensor availability, network readiness, and project requirement.
Business Impact

Business Impact for Industrial Energy Operations

Improve energy visibility

Monitor electricity, water, gas, and emission data from one centralized dashboard.

Reduce energy waste

Detect abnormal usage, peak load, leakage, overload, and inefficient equipment faster.

Improve utility reliability

Monitor panel health, transformer load, equipment status, and utility condition in real time.

Control energy cost

Track daily, monthly, and yearly energy cost to support budgeting and operational cost control.

Support sustainability goals

Monitor carbon emission, carbon reduction, solar generation, and environmental impact.

Reduce manual reporting

Automate energy data collection, historical trend reporting, and alert documentation.

Improve response time

Real-time alerts help teams respond faster to power issues, leakage, overload, and abnormal usage.

AI & analytics readiness

Build a reliable utility dataset for trend analytics, RCA automation, cost analysis, and optimization.

Use Cases

Built for Real Industrial Energy Monitoring Needs

Electricity MonitoringWater Usage MonitoringGas Usage MonitoringEmission MonitoringPower Quality MonitoringSolar Energy MonitoringUtility Cost TrackingPeak Load MonitoringPanel Health MonitoringTransformer Load MonitoringWater Leakage AlertHigh Consumption AlertHistorical Energy ReportEnergy Efficiency DashboardSustainability ReportingManagement KPI Reporting

Trusted Across Industries

Manufacturing
Automotive
Food & Beverage
Pharmaceutical
Electronics
Chemical
Plastic Injection
Packaging
Textile
Metal Processing
Data Center
Industrial Estate
Why Ragdalion

An Industrial Digitalization Partner — Not Just a Software Vendor

Ragdalion understands manufacturing operations, utility monitoring, IoT integration, industrial devices, dashboard analytics, automation systems, and custom development — built end-to-end for the factory floor.

Industrial Software Specialist

Manufacturing-grade software built for plant, utility, and engineering operations.

IoT & Device Integration

Hands-on experience integrating power meters, sensors, PLC, and IoT gateways.

Custom System Development

Solutions tailored to your panels, processes, and infrastructure — not a generic template.

Dashboard & Analytics Expertise

From real-time KPIs to AI-ready trend, RCA, and cost analytics.

End-to-End Partnership

Consultation, implementation, integration, deployment, and ongoing support.

Sustainability Focus

Carbon, emission, and environmental indicators built in from day one.

Start your energy digitalization

Monitor, Analyze, Optimize, and Sustain Industrial Energy Performance.

Book a demo with the Ragdalion team. We'll walk you through the platform, discuss your facility, and map a clear path from manual utility checking to real-time IoT-based energy monitoring.