Our Platform

A Unified Intelligence Stack for Renewable Energy Assets

Dhruth unifies control, monitoring, analytics, and compliance into a single integrated platform for grid-connected renewable energy assets. Instead of stitching together fragmented systems, plant owners and operators get a purpose-built software stack that simplifies deployment, improves operational visibility, and scales reliably across sites.

Dhruth EDGE

Power Plant Controller

A productized, configuration-ready plant controller built for utility-scale renewable energy assets. Dhruth EDGE delivers IEEE 2800-2022 and IEGC-compliant plant control out of the box — eliminating lengthy custom engineering cycles and reducing deployment complexity.

Built on industrial PC hardware with a Linux + Docker runtime, the platform integrates with major inverter and plant equipment vendors using standard industry protocols. Deploy faster, operate reliably, and scale consistently across sites.

Sub-100ms response IEGC compliant HIL tested

Active Power Curtailment

Intelligent MW dispatch across inverters to minimise clipping losses while maintaining PPA and grid constraints.

Reactive Power Dispatch

Dynamic VAR control for voltage regulation, power factor management, and grid code compliance.

Ramp Rate Control

Smooth output ramping aligned with IEGC requirements to minimise grid disturbances during generation changes.

Primary Frequency Response

Autonomous frequency response logic for real-time grid stabilisation and RLDC/SLDC compliance.

Automatic Voltage Regulation

Closed-loop AVR control to improve voltage stability, reduce curtailment risk, and maintain grid reliability.

String-level Optimisation

Advanced MPPT coordination and fault visibility at the string level to maximise plant yield and operational efficiency.

Dhruth SCOPE

Local SCADA

A modern, web-native SCADA platform purpose-built for utility-scale renewable energy operations. Designed from the ground up for solar and hybrid plants, the platform delivers a fast, intuitive operational experience without the limitations of legacy industrial SCADA systems.

From real-time performance analytics and duck curve monitoring to irradiance-correlated anomaly detection, every workflow is engineered specifically for renewable energy operations, control rooms, and field teams.

1Hz real-time refresh rate 99.99% uptime SLA 10M+ tag scalability

Interactive Single-line Diagrams

Real-time plant topology visualisation with live equipment status, alarms, and power flow monitoring.

Performance Dashboards

Operational KPIs including PR, CUF, availability, and OEE presented through real-time, decision-focused dashboards.

Intelligent Alarm Management

Priority-aware alarm handling with event correlation, suppression logic, and faster root-cause identification.

Historical Trending

High-resolution time-series analysis with flexible aggregation, correlation, and long-term operational insights.

Role-based Views

Custom operational interfaces tailored for field operators, plant engineers, operations teams, and management.

3D Tracker Visualisation

Bird’s-eye tracker visibility with anomaly detection and weather-aware operational intelligence.

Dhruth Nexus

Cloud & Historian

A centralized operations and analytics platform for renewable energy portfolios operating across multiple sites. Designed for scale from day one, the platform provides unified visibility, operational intelligence, and fleet-wide performance management across distributed assets.

From ML-powered forecasting and benchmarking to predictive maintenance and operational analytics, operators gain the insights needed to identify issues early, improve performance, and make faster decisions across the portfolio.

Multi-site fleet Management ML-powered forecasting API integrations

Multi-site Fleet Management

Monitor, analyse, and compare performance across geographically distributed sites from a unified operational view.

Energy Generation Forecasting

Machine learning models combined with weather intelligence for improved generation forecasting and dispatch planning.

Asset Portfolio Monitoring

Real-time operational visibility into plant health, alarms, availability, and performance across the entire fleet.

Performance Benchmarking

Benchmark sites, equipment, and operational KPIs to uncover inefficiencies and optimisation opportunities.

Advanced Cybersecurity

Secure-by-design architecture with encrypted communications, access control, and standards-aligned security practices.

API & ERP Integrations

Integrate seamlessly with enterprise systems, data pipelines, and third-party applications through APIs and webhooks.

Dhruth Prism

Operational Intelligence

Renewable energy assets in India operate under environmental conditions that generic global monitoring platforms are not designed to handle — including high dust exposure, extreme heat cycles, and severe weather events that directly impact plant performance and equipment reliability.

Dhruth Prism is Dhruth’s AI-driven intelligence layer for predictive maintenance and operational optimisation across renewable energy assets. By analysing telemetry across inverters, trackers, and string-level systems, the platform identifies emerging issues before they lead to failures, downtime, or generation losses.

India-specific Intelligence Predictive Maintenance Reduced Operational Costs

AI Fault Detection

Continuous anomaly detection across inverters, trackers, and DC systems to identify abnormal operating behaviour early.

Dust Mitigation Algorithms

Soiling loss detection using irradiance correlation, environmental conditions, and operational performance trends.

Hail Event Alerts

Weather-aware protective actions and operational alerts for tracker-equipped plants during hail conditions.

Reactive → Proactive Shift

Move from reactive troubleshooting to planned, data-informed maintenance interventions.

Equipment Health Scoring

Real-time asset health indexing for critical plant equipment based on operational and performance telemetry.

Maintenance Scheduling

Intelligent maintenance recommendations aligned with generation forecasts to minimise production impact.

Architecture

A Four-Layer Architecture for Real-Time Control

Dhruth uses a layered architecture that separates field control from cloud intelligence — delivering fast response times at the edge without losing fleet-wide visibility, analytics, or scalability in the cloud.

Modbus TCP/RTU OPC-UA IEC 61850 MQTT WebSocket HTTPS/gRPC

Layer 1

Field Layer

Connects solar inverters, weather stations, revenue meters, string combiners, and battery systems, with telemetry collected every 1–5 seconds through Modbus and OPC-UA.

Layer 2

Edge / PPC Layer

Executes real-time plant control, protocol handling, and local decision-making close to the field. Runs control logic implemented in CODESYS using IEC 61131-3-based engineering on industrial PLCs.

Layer 3

Local SCADA Layer

Provides real-time visualisation, alarm management, operator workflows, and historical plant data through a modern software interface.

Layer 4

Cloud Analytics

Aggregates data across sites to support fleet-wide monitoring, ML forecasting, benchmarking, reporting, and API-driven integrations.

Standards & Compliance

Built for Grid Compliance from Day One

Dhruth platforms are designed to align with the operational, cybersecurity, and interoperability requirements of modern renewable energy infrastructure — reducing compliance overhead during deployment and grid integration.

IEGC — Indian Electricity Grid Code CEA Technical Standards IEC 61850 IEEE 2800-2022 Clauses 5/6/7 ISO 27001 IEC 62351 Cybersecurity TLS 1.3 RBAC Access Control