Industrial Drives — Drive Systems · Aananthal Technologies

What Are Industrial Drives

Smarter motors.
Lower bills.
Zero surprises.

Industrial Drive Systems are the intelligent layer between your power supply and your motors. They don't just control speed — they optimise every aspect of motor operation, eliminate energy waste, and monitor the health of your entire drive train continuously.

Aananthal's Industrial Drives add AI-driven predictive maintenance on top of precision control — detecting bearing wear, winding degradation, and load imbalances weeks before they cause a shutdown. The result: 35% energy savings, near-zero unplanned downtime, and a complete audit trail for every motor on your plant floor.

check_circle0.1 Hz frequency resolution — unmatched precision
check_circleAI predictive maintenance — catch failures weeks early
check_circleReal-time remote monitoring via IoT dashboard
check_circleWorks with any 3-phase AC induction motor

Industrial Drive Systems under development at Aananthal Labs — Gen 2.0 firmware phase

System Architecture

Control System Architecture

From grid power to optimised motor output — every step managed by precision control and continuous AI monitoring.

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01

Power Input

3-phase AC mains (415V / 50Hz). Input rectification and EMI filtering. Active front-end for unity power factor.

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memory

02

DSP Control Core

TMS320 DSP running vector control algorithms at 20kHz switching frequency. Sub-millisecond response to load changes.

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psychology

03

AI Monitoring Layer

Edge AI continuously analyses current signatures, vibration data, and thermal patterns to predict failures and optimise energy use.

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speed

04

Motor Output

Variable frequency, variable voltage PWM output to motor terminals. Smooth ramp profiles eliminate mechanical stress.

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dashboard

05

Cloud Dashboard

All data streamed to IoT cloud dashboard. Remote monitoring, alerts, energy reports, and predictive maintenance tickets.

Projected Energy Performance

35% Less Energy.
Same Output.

By matching motor speed precisely to load demand, our drives are designed to deliver significant efficiency gains. These are projected targets based on simulation and controlled bench testing — to be confirmed in pilot programme installations.

Pump Applications40%

Fan & HVAC Systems38%

Conveyor Systems32%

Compressor Drives28%

Machine Tool Spindles22%

Projected energy savings vs. fixed-speed direct-on-line starting. To be validated in pilot programme installations.

Tested across pump, fan, compressor, and conveyor applications in manufacturing environments

Capabilities

What Industrial Drives Do

speed

Precision Speed Control

0.1 Hz resolution from 0.5 Hz to 400 Hz output range. Field-oriented vector control delivers tight speed regulation under variable load.

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35% Energy Savings

Speed-matched operation eliminates constant-speed waste. Regenerative braking captures energy during deceleration phases.

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Predictive Maintenance

Current signature analysis, vibration monitoring, and thermal tracking detect bearing wear, winding faults, and load imbalances weeks in advance.

hub

IoT Integration

MQTT/Modbus/Profibus connectivity. Integrates with SCADA, PLC, and cloud dashboards. REST API for custom integrations.

analytics

Real-time Analytics

Per-second data logging for all motor parameters. Energy reports, efficiency trends, and fault history accessible from any device.

shield

Industrial Grade

IP66 enclosure, -10°C to +55°C operating range, conformal-coated PCBs, and 100,000-hour MTBF target for harsh environments.

tune

Auto-Tuning

One-button auto-tune identifies motor parameters and optimises control gains automatically. No manual commissioning for standard applications.

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Smart Alerts

Configurable alarm thresholds with SMS, email, and app notifications. Severity-tiered from advisory to critical — actionable, not noisy.

Remote Monitoring

Your Plant Floor, Anywhere

Every drive on your floor is visible in one place — live parameters, energy consumption, maintenance predictions, and fault history. Accessible on any device, 24/7.

Industrial Drives · SCADA ViewPrototype UI Demo

DRIVE-01

Pump Station A

Building 1 · Basement

47.3 Hz23.4 A38°C

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DRIVE-02

Conveyor Line B

Building 2 · Floor 1

35.0 Hz41.2 A52°C

warningAdvisory

DRIVE-03

HVAC Fan Unit

Roof Level

50.0 Hz12.1 A31°C

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38.4 kWh

Today's Consumption

14.2 kWh

Energy Saved Today

₹2,840

Cost Saving (MTD)

23 days

Next Maintenance (DRIVE-02)

AI Maintenance

Predictive Maintenance Pipeline

sensors

01

Continuous Sensing

Current, voltage, temperature, vibration, and speed sampled at 10kHz. Every anomaly in the electrical signature is captured.

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analytics

02

Signature Analysis

FFT-based current signature analysis detects bearing defect frequencies, rotor bar faults, and winding asymmetries in real time.

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psychology

03

AI Fault Prediction

LSTM-based fault model calculates days-to-failure for each fault mode. Confidence-scored predictions with recommended actions.

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engineering

04a

Maintenance Ticket

Automated work order generated with fault details, priority level, and suggested repair window to minimise disruption.

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04b

Operator Alert

Plant manager notified via dashboard, SMS, and email. Estimated remaining life displayed with severity indicator.

Specifications

Technical Specifications

Power Range

0.75 kW – 500 kW

Input Voltage

380–480V AC, 3-phase

Frequency Range

0.5 Hz – 400 Hz

Frequency Resolution

0.1 Hz

Switching Frequency

4–20 kHz (adjustable)

Control Method

Field-Oriented Vector Control

Protection Rating

IP66

Operating Temperature

-10°C to +55°C

Communication

Modbus RTU / Profibus / MQTT

MTBF Target

100,000 hours

Gen 2.0 firmware phase underway — industrial-grade hardware validated in controlled environments

Industries

Built for Every Industry

water

Water & Utilities

Pump station management with demand-matched speed control. Up to 40% energy savings on water distribution networks.

Municipal water plants
Sewage treatment
Irrigation systems

factory

Manufacturing

Precision conveyor, spindle, and press control with soft-start protection for expensive machinery and process consistency.

CNC machine tools
Conveyor lines
Press and stamping

ac_unit

HVAC & Buildings

Variable-speed fans and compressors matched to real-time load. Eliminates energy waste during partial-load operation.

Commercial HVAC
Cooling towers
Data centre cooling

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Oil & Gas

Explosion-proof configurations for hazardous zones. Pipeline pump control with pressure-matched operation and leak detection support.

Refinery pumps
Pipeline stations
Offshore platforms

Why Aananthal Drives

How We Compare

Feature

Aananthal Drives

Standard Drives

Direct-on-Line

Energy Efficiency

Target: up to 40% savings

15–25% savings

Baseline (worst)

Predictive Maintenance

AI-powered, built-in

Manual or add-on

None

Remote Monitoring

Cloud IoT dashboard

Basic SCADA only

None

Motor Soft Start

Full programmable ramp

Basic

None (full shock)

Integration

Modbus + IoT + REST API

Modbus only

None

In Development

From Lab to Plant Floor

Gen 2.0 Hardware

PCB layout and power stage · Q2 2026

Control Board

DSP + AI module integration

Load Testing

Motor test bench validation

Pilot Programme

Planned first industrial pilot site

From the Team

Why We're Building This

"Indian industry runs on motors — pumps, fans, conveyors, compressors. Almost none of them are speed-controlled. They run full speed, all the time, even when the load is 20%. We're building the drive that changes that, and pairing it with AI that tells you when a motor is going to fail before it does."

"The hardest part of predictive maintenance isn't the machine learning — it's getting clean current signature data from real motors in real industrial environments, with all the electrical noise that entails. That's the firmware problem we're solving right now."

"Every industrial facility we've spoken to wants the same thing — lower energy bills and fewer surprise breakdowns. We're not building a nice-to-have. We're building something that pays for itself in months and keeps paying."

Questions

Frequently Asked

Talk to our engineers.

The Gen 2.0 hardware is in firmware development. We're running pilot programmes with select industrial partners. Commercial availability is targeted for Q4 2026. Enquire to join the pilot programme.

Aananthal Industrial Drives are compatible with any 3-phase AC induction motor from 0.75 kW to 500 kW. Permanent magnet synchronous motor (PMSM) support is in development for the next firmware release.

An LSTM model analyses motor current signatures, vibration, and thermal patterns continuously. It's trained to recognise the characteristic frequency signatures of bearing defects, rotor bar faults, and winding imbalances — and calculates how many days remain before failure.

Yes. Aananthal Drives support Modbus RTU, Profibus DP, and MQTT out of the box. A REST API is available for custom cloud integrations. Contact us for integration support with your specific SCADA platform.

Pilot programme units come with 12 months of direct engineering support. Commercial units will carry a standard 2-year warranty with optional extended maintenance contracts. Details will be finalised at commercial launch.

Roadmap

Development Milestones

Q3 2025

Concept & Design

Market research, motor control algorithm selection, power stage design, BOM finalisation

Complete

Q4 2025

Hardware Prototype

Gen 1.0 PCB fabricated and assembled. Basic V/f control validated. Load testing initiated.

Complete

Q1 2026

Vector Control

Field-oriented vector control implemented and tuned. Auto-tuning algorithm validated. Thermal management design complete.

Complete

Q2 2026

AI Firmware Integration

Predictive maintenance LSTM model integrated into firmware. IoT dashboard development. Pilot programme installations.

In Progress

Q3 2026

Industrial Certification

CE marking, BIS certification, EMC testing, IP66 validation, safety function validation

Upcoming

Q4 2026

Commercial Launch

General availability. Full product range 0.75–500 kW. Distribution partner programme launch.

Planned

Industrial
Drive Systems.

Smarter motors.
Lower bills.
Zero surprises.

Control System Architecture

35% Less Energy.
Same Output.