MD Infotech · WTG & solar SCADA · TNEB SLDC data · Tamil Nadu, all IndiaOne control roomfor every rotorin the field.
MD Infotech designs, deploys and operates SCADA for wind and solar plants — Suzlon, Vestas, RRB, Siemens Gamesa, GE, Inox and Leitwind fleets on one platform — and delivers real-time data sharing with the Tamil Nadu SLDC and SRLDC over IEC 60870‑5‑104.
Simulated telemetry — illustrative sample feed
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What WTG SCADA does
Supervisory control for machines that never stand still
A wind turbine generator is a moving sensor platform: pitch and yaw motors reposition the rotor by the second, an anemometer and wind vane on the nacelle roof read the resource in real time, and a local PLC arbitrates it all against a torque and power curve set by the OEM.
SCADA is the layer that turns that per-turbine telemetry into a fleet you can actually run — polling controllers over the field network, normalising tags across vendors, raising alarms in priority order, and giving operators one set point interface instead of forty.
MD Infotech builds that layer: the historian, the alarm manager, the HMI, and the integration work that makes a mixed OEM fleet behave like a single asset.
Blade angle and nacelle heading, actuated continuously to track wind direction and shed excess load.
Time-series archive of every tag — wind speed, power, temperatures, alarms — kept for warranty and performance analysis.
A commanded power set point below the available curve, issued for grid, noise or shadow-flicker constraints.
The communications standard that defines a common information model for wind power plant monitoring and control.
Platform specification
Built to the tolerances a wind fleet actually runs on
System architecture
From nacelle sensor to network operations centre
Five stages carry a single reading — say, rotor RPM — from the turbine's local controller to a dashboard an operator can act on.
SLDC / RLDC real-time data sharing
Real-time data sharing with Tamil Nadu SLDC and SRLDC over IEC 60870‑5‑104
Grid-connected wind and solar plants have to stream real-time telemetry to the State or Regional Load Despatch Centre under the CEA connectivity standards and the Indian Electricity Grid Code. MD Infotech supplies its own SCADA/RTU, which reads the field directly and sends the values unprocessed, as the Tamil Nadu SLDC requires. We also map the signals, set up the main and standby links, and stay with the plant through end-to-end testing with the SLDC/RLDC until it is live.
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SLDC-ready for every make and model
SLDC/RLDC data sharing isn't limited to a few brands. If we provide SCADA for your turbines, the MD Infotech SCADA/RTU can send their data to the SLDC as well, including older and lower-capacity models.
Inside the nacelle
What SCADA is actually watching
Scroll to move through the nacelle — the same sensors and actuators a SCADA platform polls every second.
Scroll to explore · illustrative turbine render
Mast-top sensors feed live wind speed and direction into the controller at one-second resolution.
Blade pitch and nacelle heading are commanded continuously to track the resource and shed excess load.
Vibration, oil temperature and bearing tags stream from the drivetrain straight to the historian.
The local PLC arbitrates every reading against the power curve before it ever reaches site SCADA.
Feature set
What operators actually get on their desk
One screen for the whole fleet: every turbine and inverter live, alarms ranked by priority, generation and availability reports on demand, and the SLDC link watched around the clock.
Real-time monitoring
Live power curve, wind rose and per-turbine status across the whole fleet, refreshed on a one-second poll.
TAG: WS_MS · POW_KW · ROT_RPMAlarm & event management
Priority-ranked alarms, root-cause tagging and a shift handover log so nothing is chased twice.
TARGET: <30s TO ACKHistorian & reporting
Long-term trending for availability, capacity factor and warranty evidence, exportable on demand.
RETENTION: 10 YEARSGrid compliance & curtailment
Set point control for grid-code, noise and shadow-flicker constraints, scheduled or event-triggered.
MODE: SCHEDULED / EVENT · IEC 104 TO SLDCMulti-OEM integration
MODBUS TCP/RTU, OPC-UA and IEC 61400-25 bridged into one tag set across turbine vendors — read-only against the OEM controller, so the original PLC program is never touched.
OEM PLC PROGRAM: UNCHANGEDCybersecurity
Network segmentation and hardening aligned to IEC 62443, with full audit logging on every set point change.
ALIGNED: IEC 62443Condition monitoring
Vibration, oil and bearing-temperature trends on the drivetrain, flagged against OEM thresholds before a fault becomes a failure.
SIGNALS: VIBRATION · OIL TEMP · BEARINGSAsset monitoring & alerts
A live asset register across every site, with critical alarms pushed straight to the O&M team's WhatsApp the moment they fire.
CHANNELS: WHATSAPP · EMAIL · SMSPredictive performance analytics
Actual output tracked against a forecast model, so underperformance and degradation trends surface weeks before a scheduled inspection would.
OUTPUT: FORECAST VARIANCEBased in Tamil Nadu · serving all over India
SCADA services across India
From our base in Tiruchirappalli, Tamil Nadu, MD Infotech delivers WTG SCADA, solar SCADA, SLDC real-time data sharing, centralized SCADA and mobile SCADA to wind and solar plants in every state.
WTG SCADA
Wind turbine generator SCADA for every make, on one platform.
Learn more →Solar SCADA
Inverter, string and WMS monitoring for all inverter makes.
Learn more →TNEB SLDC real-time data
IEC 104 SCADA/RTU sending unprocessed data to TNEB / TN SLDC and SLDCs across India.
Learn more →Centralized SCADA
Every wind farm and solar park, in any state, in one control room.
Learn more →Mobile SCADA
Live status, alarms and reports for your whole fleet on your phone.
Learn more →Suzlon SCADA
100% controller access, no OEM password restrictions.
Learn more →Vestas & RRB SCADA
V27 to V100 and RRB V47 turbines.
Learn more →Siemens Gamesa / Gamesa SCADA
G52 to G126 turbines.
Learn more →GE SCADA
GE 1.5 MW today, 2.x Mark VIe in development.
Learn more →Performance analytics
See the forecast before the shortfall does
Every reading in the historian feeds a plant-level model, so a shift lead sees projected output next to actual — and knows within a day when a string or turbine starts drifting off curve.
Actual vs. forecast output — Site 04, last 30 days
Illustrative sample dataset — connect your historian for live figures.
T-04 — Gearbox oil temperature 78°C (limit 72°C). Alarm raised 22:41. Acknowledgement required.
Sample alert · illustrative
Fleet coverage
Wind turbine SCADA for every major brand and model
Suzlon SCADA, Vestas SCADA, Siemens Gamesa SCADA, GE, Inox, Leitwind, RRB, Kenersys and NEG Micon — vendor-agnostic integration across the turbines actually running on Indian wind farms, from first-generation Suzlon rotors to GE controllers now in development.
Suzlon
SCADA for Suzlon S64, S66, S82, S88, S95, S97, S111 and S120 turbines, widely installed across Tamil Nadu. 100% controller access, no OEM password restrictions.
Siemens Gamesa
Gamesa and Siemens Gamesa (SGRE) SCADA for G52, G58, G8X, G90, G97, G114, G122 and G126.
Inox Wind
Inox Wind SCADA for the 2 MW DF 93.3, DF 100 and DF 113 turbines.
GE
GE wind turbine SCADA for the 1.5 MW series today, with 2.x Mark VIe platforms on the way.
In serviceVestas
Vestas SCADA for V47, V52, V66, V80, V90 and V100 turbines.
NEG Micon
NEG Micon SCADA for NM48 750 kW turbines still in service.
RRB Energy
RRB SCADA for Vestas-licensed V47 turbines built in India.
Vestas-licensed · India-builtTurbine not listed?
Most makes and controllers can be added to the same SCADA and SLDC link. Send us the make, model and controller type.
Ask about your turbine →More makes we integrate
Other wind turbine brands we provide SCADA for
Older and newer machines from these makes run across Tamil Nadu, Gujarat, Karnataka and Maharashtra. We bring them onto the same SCADA platform and the same SLDC/RLDC data link as the rest of your fleet.
Enercon / Wind World
Enercon SCADA for E-40, E-48, E-53 and E-82 turbines, including Wind World India fleets.
Senvion
Senvion (REpower) MM-series SCADA for MM82, MM92 and MM100 turbines.
Regen Powertech
Regen Powertech SCADA for Vensys-licensed 1.5 MW direct-drive turbines.
Nordex / Acciona
Acciona Windpower AW3000 and Nordex turbine SCADA.
NEPC
NEPC (NEPC-Micon) SCADA for older 225, 250 and 400 kW turbines in Tamil Nadu.
Every make on one screen
Old or new, big or small — every turbine shares one alarm list, one report and one SLDC/RLDC data link.
SCADA for all makes →Not sure your turbine is listed? MD Infotech's SCADA reads the turbine controller over MODBUS TCP/RTU, OPC‑UA, IEC 61400‑25 or the OEM's own protocol, so most makes and models can be added. The same platform also covers solar inverters and weather stations, and feeds real-time data to the Tamil Nadu SLDC or SRLDC over IEC 60870‑5‑104.
Beyond wind
Solar PV SCADA, on the same platform
The same historian, alarm manager and reporting stack extends to solar assets — inverter and string-level telemetry, weather-station data, and yield reporting alongside your wind fleet, or entirely on its own.
One shift desk, one alarm queue, one report, whatever the mix of turbines and arrays on site.
DC/AC conversion efficiency, fault codes and daily yield tracked per inverter, polled alongside the wind fleet.
String-level current tracking catches a shaded or degraded panel string before it drags down an array.
Irradiance, module temperature and soil sensors feed the same performance-ratio model as the wind resource.
PR, specific yield and availability reported on the same cadence as turbine KPIs.
Deployment sequence
Site survey to steady-state support
The same four stages, whether it is six turbines or sixty.
Site survey & network design
Field network audit, protocol inventory per OEM, and a communications plan sized to turbine count and site topology.
Controller & protocol integration
Mapping OEM tag sets to a common information model over OPC-UA, IEC 61400-25 or MODBUS.
SCADA deployment & commissioning
Historian, alarm manager and HMI stood up on site, validated against live turbine data before cutover.
Monitoring & ongoing support
Remote desk coverage, alarm triage, and a change log for every firmware or set point revision after go-live.
Why MD Infotech
Vendor-agnostic, field-tested, on call
8 happy clients · 32 successful projects · 6+ years in renewable‑energy SCADA
Vendor-agnostic engineering
Fleets mixing OEM controllers are the default we design for, not an edge case.
On-site commissioning teams
Engineers on the ground for pull-in, loop checks and cutover — not remote guesswork.
24/7 remote support desk
A monitoring desk that triages alarms and escalates by severity around the clock.
Documented, auditable changes
Every set point and firmware change logged against the historian for warranty and compliance review.
Beyond SCADA
Software built by the same team
SCADA is the core of the business, but the same engineering team also ships the software around it.
Custom software development
Monitoring tools, predictive-maintenance logic and data platforms built for a client's specific fleet.
Mobile SCADA →
A mobile app for wind and solar sites, so a shift lead can check status without a desktop.
Billing & accounting software
Multi-platform billing tools built alongside the energy-metering data that feeds them.
Digital marketing, SEO & SEM
Search optimisation and campaign management for clients who need visibility beyond the plant.
FAQ
Common questions
What is WTG SCADA?
WTG (Wind Turbine Generator) SCADA is the supervisory control and data acquisition layer that polls each turbine's local PLC, normalises telemetry across vendors, and gives operators one alarm queue, historian and set-point interface instead of one per turbine.
Do you build SCADA for solar power plants too?
Yes. The same historian, alarm manager and reporting platform extends to solar PV assets — inverter and string-level monitoring, weather-station integration and yield reporting — alongside a wind fleet or entirely on its own.
Which turbine OEMs and PLC platforms do you support?
Suzlon, Siemens Gamesa (SGRE), Vestas, Leitwind, Kenersys, NEG Micon, RRB Energy and GE — see full fleet coverage above. Integration is read-only against the OEM controller, so the original PLC program is never modified.
Can you integrate third-party or legacy SCADA and PLC systems?
Yes. We bridge MODBUS TCP/RTU, OPC-UA and IEC 61400-25 into one tag set, including third-party SCADA platforms and older PLC-based turbine controllers, without altering the OEM's PLC program.
Do you provide analytics and reporting for renewable energy plants?
Yes — forecast-vs-actual output tracking, availability, capacity factor and performance-ratio reporting across wind and solar assets, built on the same historian used for monitoring.
Where is MD Infotech based, and which states do you serve?
MD Infotech is based in Tiruchirappalli, Tamil Nadu, and takes on wind and solar SCADA projects across Tamil Nadu and other states in India.
Can you connect our wind or solar plant to the SLDC or RLDC over IEC 60870-5-104?
Yes. We install the MD Infotech SCADA/RTU at the pooling substation, which sends unprocessed IEC 60870-5-104 data as the SLDC requires, map MW, MVAr, voltage, frequency, breaker status and met data to the point list agreed with the State or Regional Load Despatch Centre, set up main and standby communication links, and complete end-to-end testing with the LDC before go-live. See how the data path works.
Which turbine makes and models can share data with the SLDC?
All of them. Because the MD Infotech SCADA/RTU reads each turbine controller and meter directly, any make we provide SCADA for can report to the Tamil Nadu SLDC or SRLDC: Suzlon, Vestas, RRB, Siemens Gamesa, GE, Inox, Leitwind, Kenersys, NEG Micon, Enercon / Wind World, Senvion, Regen Powertech, Envision, Acciona, Nordex, Adani Wind, WinWinD, NEPC, Pioneer Wincon and Mitsubishi, plus solar inverters of any make.
How do wind farms in Tamil Nadu share real-time data with the Tamil Nadu SLDC?
The Tamil Nadu SLDC does not allow plants to process data before sending it, so an RTU reads the meters, breakers and turbine controllers directly. The MD Infotech SCADA/RTU at the pooling substation sends live, unprocessed MW, MVAr, voltage, frequency, breaker status and weather data to the Tamil Nadu State Load Despatch Centre (operated by TANTRANSCO) over a main fibre or MPLS link with a VSAT or 4G standby. MD Infotech supplies the SCADA/RTU, prepares the signal list in the SLDC format, sets up the links and completes end-to-end testing with the SLDC.
Can you share real-time data with SRLDC or other RLDCs?
Yes. Plants connected to the inter-state transmission system (ISTS) report directly to the Regional Load Despatch Centre, which for Tamil Nadu is the Southern Regional Load Despatch Centre (SRLDC). We set up the same IEC 60870-5-104 data path to the RLDC, and can feed both SLDC and RLDC where required.
Do you provide Suzlon SCADA?
Yes. We integrate Suzlon S64, S66, S82, S88 (all versions), S95, S97 (90 m and 120 m hub) and S111 and S120 turbines into one SCADA platform, read-only against the Suzlon controller.
Do you provide SCADA for Vestas, RRB, Siemens Gamesa, GE and Inox turbines?
Yes. We cover Vestas V47, V52, V66, V80, V90 and V100; RRB Energy V47 500 kW and 600 kW; Gamesa and Siemens Gamesa G52, G58, G8X, G90, G97, G114, G122 and G126; GE 1.5 ESS and 1.5xle; Inox DF 93.3, DF 100 and DF 113; plus Leitwind LTW77/LTW80, Kenersys K82, NEG Micon NM48, Enercon / Wind World E-40 to E-82, Senvion MM82/MM92/MM100, Regen Powertech Vensys, Envision, Acciona AW3000, Nordex, Adani Wind, WinWinD, NEPC, Pioneer Wincon and Mitsubishi.
Talk to us
Bring your fleet onto one SCADA platform
Tell us the turbine count, OEM mix and site location and we'll scope a network design and integration plan.
Tiruchirappalli, Tamil Nadu 620009, India