Meevanta combines Industrial IoT, smart sensors, AI, drones, and analytics to help energy organisations monitor assets, reduce losses, improve reliability, and optimise operations — from solar and wind farms to transmission networks and industrial facilities. From one site to a nationwide network.
Measure and locate technical and commercial losses to reduce them.
Predictive maintenance turns outages into planned service.
Drones keep people away from height and live equipment.
Every asset live, across every site, on one platform.
Figures reflect typical outcomes of energy-monitoring deployments in India — actual results depend on your assets, network, and scope.
Every one of these strains reliability, cost, and safety — and every one has a technology answer.
Technical and commercial losses across the network drain revenue when they cannot be measured or located.
Unexpected failure of transformers, turbines, and switchgear causes costly outages and emergency repairs.
Decades-old assets need continuous, condition-based oversight that manual checks cannot provide.
Inspecting towers, lines, and solar farms by hand is slow, costly, and hazardous.
Assets spread across states are hard to watch, so faults are found late and far from base.
Solar and wind output depends on the health of thousands of distributed, hard-to-monitor units.
Voltage, harmonics, and imbalance issues damage equipment and go unseen without monitoring.
Reactive and fixed-schedule maintenance means both breakdowns and needless servicing.
Work at height, near live equipment, and in remote terrain carries constant risk.
Leaders decide on delayed, partial data instead of a live picture of the network.
Six connected capabilities — deployed together as one energy-monitoring programme.
Connect energy assets, meters, and equipment for real-time monitoring across the network.
Learn more →Track consumption, power quality, and operational performance down to the asset.
Learn more →Inspect solar farms, power lines, towers, and hard-to-reach assets — safely from the air.
Learn more →Detect anomalies, predict failures, and surface operational inefficiencies.
Learn more →Optimise energy use in commercial and industrial facilities and substations.
Learn more →Monitor asset health and catch potential failures before they cause an outage.
Learn more →From generation to consumer — Meevanta connects the assets your operation runs on.
String, inverter, and thermal monitoring.
Condition monitoring and blade inspection.
Granular, remote energy and quality data.
Drone and thermal line inspection.
Cell, temperature, and charge monitoring.
One live picture of the whole network.
A complete, modular suite — deploy one, or build toward a fully connected, data-driven network.
Real-time energy and performance data across assets. Challenge: no live view of consumption or output. Solution: IoT meters and sensors. Benefit: measured, reducible cost and loss. Applications: plants, feeders, facilities.
String, inverter, and panel-level performance. Challenge: unseen underperformance across thousands of panels. Solution: IoT and analytics. Benefit: protected generation and yield. Applications: utility and captive solar.
Unified view of solar, wind, and storage. Challenge: distributed, variable assets. Solution: connected monitoring platform. Benefit: reliable, optimised output. Applications: renewable IPPs and developers.
Condition insight for lines, towers, and substations. Challenge: risky, slow manual inspection. Solution: drones and sensors. Benefit: safer, faster, complete. Applications: transmission and distribution.
Aerial and thermal inspection of assets. Challenge: hard-to-reach, hazardous assets. Solution: drone survey and thermal imaging. Benefit: hotspots found early, safely. Applications: solar, lines, towers.
AI detects faults before failure. Challenge: unplanned outages. Solution: condition monitoring and AI. Benefit: planned, not reactive, service. Applications: transformers, turbines, motors.
Granular, remote consumption and quality data. Challenge: manual, infrequent reads. Solution: smart meters and IoT. Benefit: loss detection and billing accuracy. Applications: utilities, C&I, campuses.
Continuous voltage, harmonics, and imbalance data. Challenge: unseen quality issues damage equipment. Solution: power quality sensors. Benefit: protected assets, fewer trips. Applications: plants, feeders, industry.
Vibration, temperature, and load health. Challenge: hidden asset degradation. Solution: condition sensors and analytics. Benefit: longer life, fewer failures. Applications: rotating and critical equipment.
Watch distributed assets from one place. Challenge: assets spread across states. Solution: connected sensors and dashboards. Benefit: control from anywhere. Applications: multi-site generators and utilities.
Turn energy data into insight and action. Challenge: data without decisions. Solution: analytics and dashboards. Benefit: efficiency and continuous improvement. Applications: operators and management.
A connected foundation across the network. Challenge: siloed, disconnected systems. Solution: unified IoT platform. Benefit: one source of truth. Applications: generation, T&D, utilities.
Go deeper: energy monitoring, predictive maintenance, infrastructure inspection, and industrial IoT.
Real applications across the sector — from the distribution grid to water utilities and public infrastructure.
Meevanta delivers visibility, not just hardware. A sample energy-command view — generation, losses, uptime, and faults, live across every site.
Illustrative dashboard for demonstration. Actual metrics reflect your assets, sites, and network.
Renewable assets are distributed, variable, and hard to watch by hand. IoT, sensors, drones, and AI keep them healthy and productive.
String, inverter, and thermal monitoring plus drone inspection keep large arrays — common across Rajasthan, Gujarat, and Karnataka — at peak yield.
Remote performance monitoring and alerts for distributed C&I and residential rooftop systems across cities and campuses.
Turbine condition monitoring and aerial blade inspection for wind assets in Tamil Nadu, Gujarat, and Maharashtra.
Cell, temperature, and state-of-charge monitoring keep storage systems safe, healthy, and responsive.
Unified monitoring of hybrid solar, wind, and storage plants — one dashboard for generation, health, and losses.
Drones inspect the assets that are risky, slow, or expensive to reach on foot — faster, safer, and with thermal insight the eye cannot see.
Spot cracked, soiled, or underperforming panels across large arrays.
Thermal imaging finds hotspots in panels, joints, and connections early.
Survey long transmission corridors quickly and without outages.
Inspect tall towers and structures safely, without climbing.
Aerial and thermal checks of substation equipment and connections.
Map and survey sprawling generation and infrastructure sites fast.
Repeatable aerial capture tracks asset condition over time.
Drone operations are carried out in compliance with applicable Indian aviation (DGCA) regulations. Explore our drone solutions and infrastructure inspection guide.
For technical stakeholders — how data flows from a physical energy asset to a business decision, layer by layer.
Transformers, turbines, panels, feeders, and meters across the network.
Measure energy, power quality, temperature, vibration, and health.
Aggregates and securely relays data from thousands of field devices.
Filters, buffers, and processes data locally, even during network gaps.
Ingests, stores, secures, and manages every data stream at scale.
Detects anomalies, predicts failures, and quantifies losses and efficiency.
A unified, role-based view of the whole network in real time.
Timely alerts and insight drive maintenance, dispatch, and investment.
Illustrative reference architecture. Meevanta tailors connectivity, platform, and integrations to your assets.
Proven, open, industrial-grade technologies — matched to each asset, never locked to one vendor.
The same connected platform, tuned to the realities of each part of the energy landscape.
Condition monitoring, predictive maintenance, and efficiency analytics for thermal and hydro plants.
Smart metering, loss detection, feeder monitoring, and power quality across the network.
Panel, string, and inverter monitoring with thermal drone inspection for utility and rooftop solar.
Turbine condition monitoring and aerial blade inspection for wind assets nationwide.
Energy monitoring, power quality, and equipment health to cut cost and downtime.
Smart building energy optimisation for offices, malls, and mixed-use developments.
Condition monitoring and drone inspection of transmission, towers, and structures.
End-to-end visibility from generation to consumer on one connected platform.
Power, cooling, and energy-efficiency monitoring for uptime-critical facilities.
City-scale energy, street lighting, and utility monitoring for sustainable urban growth.
How the technologies combine across energy segments. Illustrative technology stacks — not specific customer projects.
As we complete named projects, this section will feature real, verifiable energy success stories.
Predictive alerts convert unplanned outages into planned maintenance.
Continuous condition monitoring keeps critical assets healthy.
Service on condition, not on a fixed calendar or after failure.
Measure and locate technical and commercial losses to cut them.
Drones and remote monitoring keep people away from hazards.
Manage assets spread across states from one screen, anywhere.
Aerial inspection turns days of manual work into hours.
Analytics reveal waste and inefficiency you can act on.
Replace delayed reports with a live, network-wide picture.
Understand and lift the performance of every asset.
The same network, run two ways. This is what changes when assets become connected.
| Factor | Traditional operation | Meevanta connected operation |
|---|---|---|
| Monitoring | Manual meter reads | Real-time, every asset |
| Inspection | Manual, risky, slow | Drone — fast, safe, thermal |
| Maintenance | Reactive — after breakdown | Predictive — before failure |
| Energy Losses | Estimated | Measured and located |
| Power Quality | Unmonitored | Continuously tracked |
| Asset Data | Siloed systems | One connected platform |
| Safety | People in the field | Remote and aerial |
| Decisions | After-the-fact | Data-driven and live |
A structured, low-risk path from asset survey to a fully supported connected network.
We define the outcomes that matter — losses, reliability, safety, efficiency.
Our engineers map your assets, sites, systems, and connectivity on the ground.
A scalable design matched to your assets, network, and budget.
A focused pilot on one site or asset class proves the value before scaling.
Sensors, meters, gateways, and drones deployed with minimal disruption.
Connected to your SCADA, EMS, ERP, and existing control systems.
Dashboards and AI activated to turn data into insight and alerts.
Your teams trained to run and own the connected monitoring platform.
Ongoing monitoring, service, and tuning as you scale across the network.
Solutions shaped by the realities of Indian energy and utility operations.
Deep experience connecting and monitoring assets reliably at scale.
Aerial and thermal inspection of solar, lines, towers, and substations.
Energy optimisation for facilities, substations, and commercial buildings.
Turn asset and energy data into predictions and clear decisions.
The right technology for the job — open standards, no lock-in.
From one site or asset class to a nationwide, multi-site network.
Built for renewables, storage, digital twins, and the energy transition.
A partner across the full asset life, from first sensor to smart grid.
The four solution pillars behind every energy deployment.
Asset, energy, and power-quality monitoring with control and analytics.
Explore →Energy, HVAC, and lighting optimisation for facilities and substations.
Explore →Solar, transmission, tower, and substation inspection from the air.
Explore →Automation and machine vision for inspection and facility tasks.
Explore →The same connected-technology approach, tailored to each sector.
In-depth guides from the Meevanta engineering team on energy, IoT, and drones.
Whether you operate renewable energy assets, utility infrastructure, industrial facilities, or large commercial energy systems, Meevanta can help build a connected and data-driven monitoring strategy. Start with a free assessment — no commitment.
Tell us about your assets and goals. We respond within 24 hours.
Serving energy and utility operators across India — engineered in Zirakpur, deployed nationwide.