Solving Real-World Challenges in Power Systems | Smart Electric Grids
Power System Studies

Solving Real-World Challenges in Power Systems | Smart Electric Grids

🧪 High Voltage Direct Current Conductor Designs | Electromagnetic Suitability

How do you evaluate next-gen High Voltage Direct Current (HVDC) conductor designs for EMI risks? 

With advanced modeling and detailed data integration, we helped APAR and Sterlite ensure their HVDC conductors met electromagnetic safety and performance standards—paving the way for safer, more innovative transmission infrastructure.

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High Voltage Direct Current Conductor Designs

⚡ 33kV Voltage Transformer | Root Cause Analysis Solved

Why did voltage transformers keep failing even after replacements?

Our detailed Root Cause Analysis revealed that high-voltage switching transients were damaging insulation in the VTs, leading to repeated breakdowns and costly downtime. Discover how we solved it with precision engineering and a custom-designed snubber circuit.

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Voltage Transformer Analysis

🌱 Smart Electric Grids | The Future of Renewable Energy

Smart Electrical grids are the backbone of renewable energy integration. From Grid Automation to Load Balancing, our smart electric grid solutions make sustainable energy more flexible, stable, and reliable. See how Manav leads the way towards a more eco-friendly, resilient, green energy future.

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Future of Renewable Energy

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