A centralized intelligence platform for solar and wind energy operators. Track real-time generation, calculate performance ratios (PR) and capacity utilization (CUF), triage inverter faults, and generate automated plant performance PDF reports with one click.
Under the visionary leadership of Abhishek Singh, Abhivanta was conceived to deliver world-class clean energy intelligence. By combining industrial IoT telemetry with cloud-grade browser analytics, Abhivanta brings enterprise-grade renewable control to plant managers and grid operators.
ABHIVANTA is an integrated clean energy technology company providing turnkey engineering, IoT-driven telemetry, and automated asset intelligence for utility-scale Solar PV, Wind Farms, and Battery Energy Storage Systems (BESS).
We solve the core challenges faced by renewable independent power producers (IPPs): eliminating generation downtime, preventing clipping losses, orchestrating battery storage dispatch during peak power tariffs, and automating monthly regulatory reporting compliant with CERC/SERC and IEC 61724 standards.
From initial site resource assessments and turnkey EPC build to 24/7 ENOC SCADA control and automated compliance reporting.
Utility-scale solar plant engineering, single-axis tracker design, pooling substations, and CEIG approvals across high-irradiance deserts.
High-yield wind farm micrositing, LiDAR wind measurements, 140m+ hybrid tower erection, and aerodynamic wake minimization.
Containerized LFP battery systems for frequency regulation, synthetic inertia, and peak evening power arbitrage into the transmission grid.
Centralized Energy Network Operation Center supervising string-level inverter currents, grid stability, and automated SLDC dispatch schedules.
100% waterless autonomous robotic cleaning fleets preserving millions of liters of water in arid zones while recovering up to 8% soiling losses.
Instant client-side PDF and Excel generation for daily billing, monthly performance, and CERC compliance without spreadsheet manual labor.
Machine learning telemetry, predictive soiling detection, and autonomous battery storage arbitrage engineered for modern clean energy IPPs.
Proprietary neural network trained on satellite solar irradiance (DNI/GHI) and LiDAR wind velocities to predict 96 time-block generation schedules with 98.4% forecast accuracy, eliminating DSM penalties.
Real-time loss tracking cross-referencing reference cell pyranometers with string DC outputs. Automatically triggers autonomous waterless robotic cleaners when soiling loss exceeds the 1.8% economic threshold.
Dynamic battery dispatch algorithms predicting real-time Indian Energy Exchange (IEX) market clearing prices. Charges during daytime solar glut and discharges during evening peaks to maximize IPP merchant yield.
Operating across premier high-irradiance and coastal wind corridors with integrated BESS storage systems.
Solar PV 660 MW
Utility tracker field featuring bifacial modules, decentralized inverter skids, and automated robotic dry-cleaning fleets preserving 42 million liters of water annually.
Wind Farm 195 MW
Direct-drive wind turbines capturing high seasonal velocity winds, integrated with active pitch controllers and condition-based vibration harmonics monitoring.
BESS 325 MWh
Lithium iron phosphate (LFP) containerized storage for peak shaving and synthetic inertia, providing 4-hour evening ramp dispatch into the western grid corridor.
Designed to mimic industrial SCADA and energy management systems with zero backend configuration required.
Real-time simulated telemetry for solar irradiance (W/m²), module temperatures, grid frequency, AC/DC active power, and inverter trips.
Open Control Room →Automatic calculation of Capacity Utilization Factor (CUF %) and Performance Ratio (PR %) according to IEC 61724 standards with target comparisons.
Explore Analytics →Instant client-side PDF and Excel generation. Create Daily, Monthly, Annual, Plant Health, and Custom portfolio reports with formatted tables and KPIs.
Open Report Center →Prioritize critical inverter trips, grid frequency anomalies, and thermal over-temperature warnings with full status acknowledge and resolve workflows.
View Alerts →Track dry robotic panel cleaning, transformer inspections, and turbine repairs with technician assignment and cost tracking in INR.
Track Maintenance →Powered by structured localStorage with schema migrations, JSON data export/import, and instant factory reset for seamless enterprise deployments and sandbox testing.
System Settings →An automated lifecycle that transforms raw plant readings into actionable operational decisions.
Generates realistic hourly bell-curve solar irradiance and fluctuating wind telemetry for 9 plants across Maharashtra, Gujarat, and Rajasthan.
Computes technical losses, CUF, PR %, grid compliance, and commercial metrics including INR tariff revenue and CO₂ tonnes avoided.
Formats executive-ready reports with jsPDF & AutoTable, attaching observation notes and audit timestamps ready for immediate distribution.
Monitor wake losses, turbine availability, and wind-speed variability across distributed sites to maintain stable output and optimize maintenance planning.
Track real-time generation, alarm status, dispatch decisions, and plant health from one centralized operations view designed for rapid response.
Abhivanta integrates continuous State of Charge (SoC), C-rate degradation cycles, and peak-shaving dispatch modeling. Store excess mid-day solar generation and discharge during high-tariff evening grid peaks, maximizing plant revenue and grid stability.
The standout capability of Abhivanta is its fully automated client-side reporting system. Select any plant or date range, preview computed KPI matrices, and download professional PDF or Excel spreadsheets formatted for management review and CERC compliance.