Technology

Technology at Solar Shakti

Smart Solar Infrastructure for a Sustainable FutureX

At Solar Shakti, we believe that the future of renewable energy lies in the fusion of clean power and intelligent systems. That’s why every layer of our solar park — from panels to monitoring — is built with next-generation technology to ensure reliability, efficiency, and environmental harmony.

Technology

High-Efficiency Solar Modules: Hi-MO 7 (HPDC)

We’ve selected Hi-MO 7 solar panels from Longi — a globally respected leader in photovoltaic technology — ideal for utility-scale installations.

Key Features:

Cell Type: N-Type HPDC (Hybrid Passivated Dual Cell)
Efficiency: 22.3% – 22.5%.
Maximum Output: 580W to 610W per panel.
SmartWire Technology: Reduces electrical resistance and power loss.
Low Degradation: 1% in year one, only 0.4% annually after.
Bifacial Performance: ~80% bifaciality for increased ground-reflected energy gains.
Durability: Class A fire rating, hail-tested, and high wind-load resistance.

Technology

High-Efficiency Solar Modules: Hi-MO 7 (HPDC)

We’ve selected Hi-MO 7 solar panels from Longi — a globally respected leader in photovoltaic technology — ideal for utility-scale installations.

Key Features:

Cell Type: N-Type HPDC (Hybrid Passivated Dual Cell)
Efficiency: 22.3% – 22.5%.
Maximum Output: 580W to 610W per panel.
SmartWire Technology: Reduces electrical resistance and power loss.
Low Degradation: 1% in year one, only 0.4% annually after.
Bifacial Performance: ~80% bifaciality for increased ground-reflected energy gains.
Durability: Class A fire rating, hail-tested, and high wind-load resistance.

Technology

IoT-Driven Monitoring & Data Collection

Every panel, inverter, and transformer at Solar Shakti is connected to a centralized IoT-based system that captures real-time performance data.

Key Features:

What We Track:

Panel-level and string-level energy output.
Inverter efficiency and conversion losses.
Module temperature, dust accumulation, and shading impact.
Environmental conditions: irradiance, temperature, humidity.

All data flows into our secure cloud platform, where it's processed and analyzed using AI models for diagnostics and predictive maintenance.

Technology

AI & Cloud Intelligence

We integrate AI at the core of our operations to optimize energy generation, forecast output, and reduce downtime:

Key Features:

Predictive Maintenance: AI models anticipate faults before they impact performance.
Performance Benchmarking: Identify underperforming sections with automated flags.
Energy Forecasting: Predict output based on historical data, weather patterns, and load forecasts.
Visual Dashboards: Stakeholders can access insights from any location

This smart backbone helps reduce operational costs while maximizing energy output and transparency.

Technology

Robotic Cleaning Systems (Under Planning)

In dusty climates like Rajasthan, panel cleanliness can reduce performance by up to 30%. To counter this, Solar Shakti is deploying robotic, water-efficient cleaning systems that:

Key Features:

Cell Type: N-Type HPDC (Hybrid Passivated Dual Cell)
Efficiency: 22.3% – 22.5%.
Maximum Output: 580W to 610W per panel.
SmartWire Technology: Reduces electrical resistance and power loss.
Cell Type: N-Type HPDC (Hybrid Passivated Dual Cell)
Cell Type: N-Type HPDC (Hybrid Passivated Dual Cell)
Cell Type: N-Type HPDC (Hybrid Passivated Dual Cell)
Cell Type: N-Type HPDC (Hybrid Passivated Dual Cell)
Cell Type: N-Type HPDC (Hybrid Passivated Dual Cell)

Operate automatically without human intervention.
Use minimal to zero water.
Are programmed for off-peak hours to avoid energy disruption.
Extend the life and efficiency of panels

These systems are particularly valuable for reducing operational overhead while enhancing sustainability.

Technology

SCADA & Grid Integration

Solar Shakti’s infrastructure includes a fully integrated SCADA (Supervisory Control and Data Acquisition) system, enabling:

Key Features:

Remote plant control.
Real-time fault detection.
Historical trend analysis.
Compliance reporting for DISCOMs and regulatory authorities.

We also ensure seamless connection to the state grid through coordinated substation development and load balancing.

Technology

Dual Land Use with Agri-Tech

We’re integrating controlled exotic crop cultivation beneath solar panels using precision agri-tech. This approach not only enhances the ecological value of the land but also:

Key Features:

Supports soil health and biodiversity.
Reduces heat island effects under panels.
Enables additional revenue generation for the site.
Optimizes vertical space with minimal interference to power output.

Sensors and drip irrigation systems powered by solar are part of our smart agri-tech pilot initiative.

Technology

Environmental & Energy Efficiency by Design

Every technology choice at Solar Shakti is made to reduce emissions, waste, and resource usage:

Key Features:

Water-Efficient Cleaning
Minimal Land Disturbance During Construction
Recyclable Panel Materials
Carbon Offset Tracking per Megawatt

We estimate a carbon savings of 110,000–130,000 metric tons per year once the 60 MW plant is operational — equivalent to removing 28,000+ vehicles from the road annually.

Built for the Future

The technology stack at Solar Shakti is modular, scalable, and future-ready. As we grow from 60 MW toward our 300 MW vision, our digital backbone, solar systems, and smart infrastructure will evolve — enabling better control, cleaner energy, and stronger national impact.