Wondering how much power 36 solar panels can generate? You''re not alone. Whether you''re planning a residential installation or a commercial solar project, understanding wattage calculations is key to optimizing energy output. Let''s break down the math, explore real-world examples, and show you how to make informed decisions.

Understanding Solar Panel Wattage

Solar panel systems are sized based on three factors:

• Individual panel wattage (typically 300W to 400W for residential models)
• System efficiency (affected by shading, temperature, and orientation)
• Daily sunlight hours (varies by geographic location)

The Basic Calculation

For 36 solar panels:

• Low range: 36 x 300W = 10,800W (10.8 kW)
• High range: 36 x 400W = 14,400W (14.4 kW)

Real-World Power Generation Examples

Panel Wattage	Total System Size	Daily Energy Output*
320W	11.52 kW	46-58 kWh
370W	13.32 kW	53-66 kWh

*Based on 4-5 peak sunlight hours

Why Panel Quantity Matters

A 36-panel system hits the sweet spot for many installations:

• ▶️ Powers medium-sized homes (3-4 bedrooms)
• ▶️ Suitable for small commercial operations
• ▶️ Fits most residential rooftops

Case Study: Residential Installation

EK SOLAR recently deployed a 36-panel system in Arizona using 375W bifacial panels:

• Total capacity: 13.5 kW
• Annual production: 19,800 kWh
• Offset 92% of household energy needs

Optimizing Your Solar Array

Maximize your 36-panel system''s performance:

1. Choose high-efficiency panels (21%+ conversion rate)
2. Install micro-inverters for shade management
3. Use tilt mounts for seasonal adjustments

FAQ: 36 Solar Panels Wattage

Ready to design your solar system? Contact our engineers for a customized wattage analysis.