Resources & Support

Expert guides, technical resources, and helpful information to make informed decisions about power generation solutions.

Buying Guides

Generator Sizing Guide

Learn how to calculate the right kVA rating for your specific power requirements. Includes load calculation worksheets and examples.

  • • Load calculation methods
  • • Starting vs running loads
  • • Future expansion considerations
  • • Safety factors and margins
Read Guide

Generator Types Comparison

Understand the differences between air-cooled vs water-cooled, single-phase vs three-phase, and portable vs stationary generators.

  • • Air-cooled vs Water-cooled
  • • Single vs Three-phase
  • • Open vs Enclosed designs
  • • Manual vs Automatic start
Compare Types

Technical Resources

📋 Installation Checklist

Pre-installation requirements, site preparation guidelines, and commissioning procedures.

Download PDF

🔧 Maintenance Schedule

Recommended maintenance intervals, service procedures, and troubleshooting guide.

View Schedule

⚡ Load Calculator

Interactive tool to calculate your power requirements and recommend suitable generator models.

Use Calculator

🔇 Noise Guidelines

Understanding noise levels, acoustic enclosures, and compliance with local regulations.

Read Guide

🌱 Emission Standards

CPCB IV+ compliance, emission control technologies, and environmental considerations.

Learn More

🔌 Electrical Basics

Understanding voltage, frequency, power factor, and electrical connections for generators.

Read Basics

Frequently Asked Questions

General Questions

What size generator do I need?

The generator size depends on your total power requirements including starting loads. Generally, add up all connected loads and multiply by 1.25 for safety margin. Our load calculator can help determine the exact requirements.

What is the difference between kVA and kW?

kVA (kilovolt-ampere) is apparent power while kW (kilowatt) is real power. For most applications, kW = kVA × power factor (typically 0.8). Always check your equipment power factor for accurate calculations.

How often should I service my generator?

Regular service intervals depend on usage. For standby generators, service every 6 months or 100 hours of operation. Prime power applications may need monthly service. Always follow manufacturer recommendations.

What fuel consumption can I expect?

Fuel consumption varies by load and generator size. Typically, diesel generators consume 0.25-0.35 liters per kVA per hour at 75% load. Actual consumption depends on load profile and engine efficiency.

Do you provide installation services?

Yes, we offer complete turnkey installation services including site preparation, electrical connections, commissioning, and testing. Our certified technicians ensure proper installation and compliance.

Technical Questions

What is AMF and do I need it?

AMF (Automatic Mains Failure) panel automatically starts the generator when mains power fails and stops when power is restored. Highly recommended for unmanned applications and critical loads.

Can I run sensitive equipment on my generator?

Our generators feature brushless alternators with good voltage regulation suitable for most equipment. For very sensitive loads like medical equipment or precision instruments, consider additional voltage stabilization.

What are CPCB emission norms?

CPCB (Central Pollution Control Board) sets emission standards for diesel generators in India. All our generators meet CPCB IV+ norms for NOx, particulate matter, and other emissions.

Latest Articles

Stay updated with latest trends, tips, and best practices in power generation

Generator Maintenance Best Practices

Learn essential maintenance practices to extend generator life and ensure reliable operation during power outages.

Published: October 2024

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Understanding CPCB IV+ Emission Norms

Complete guide to emission standards, compliance requirements, and environmental benefits of modern diesel generators.

Published: September 2024

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Fuel Management for Generators

Tips for fuel storage, quality maintenance, consumption optimization, and cost-effective generator operation.

Published: August 2024

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