DIY Hybrid Solar Setup Course

Electricity costs in the Philippines keep rising. A typical middle-class home spends ₱3,000-7,000 every month just on electricity. Over a year, that's ₱36,000-84,000!

And It's Getting Worse now due to geopolitical tensions in Middle East (Iran situation)

Here's what's happening:

First: Global oil prices are rising

Next: Power plants depend on oil and coal

Then: When fuel costs go up, electricity costs go up

Next: Meralco and other power companies will pass these costs to consumers

Then: Expect 10-20% increase sa electric bills sa next 2-3 months

Translation: Your ₱5,000 bill could become ₱6,000-7,000 very soon!

What if you could reduce that by 50-70%? What if you could generate your own electricity and become energy independent?

This course teaches you how to design and build your own Hybrid Solar System—the same system that can reduce your electric bill from ₱5,000 to ₱1,500 per month.

Lifetime Access + No extra cost for all new added lessons

👉 ENROLL NOW!

What You'll Learn:

Module 1: Fundamentals, Components, Sizing & Wiring Calculations (35 slides)

Part A: Solar Energy Basics

✅How solar energy works

✅Understanding solar setup operation

✅Advantages of solar energy

✅Why hybrid systems are superior for Filipino homes

✅Grid-tied vs. off-grid vs. hybrid systems

Part B: System Components & Specifications

✅Solar Panels (600W Jinko Monofacial) - specifications and function

✅Hybrid Inverter (Deye 6kW) - how it works and features

✅Battery Storage (LiFePO4 48V 300Ah) - why LiFePO4 is best

✅Breakers (DC, AC, SPD, MCCB) - protection and safety

✅Wires and Grounding - proper sizing and installation

✅ATS (Automatic Transfer Switch) - grid switching

✅Distribution Box - organization and safety

✅Mounting Accessories - proper installation

✅Digital Meter - monitoring your system

✅Tools needed for installation

Part C: Load Analysis & System Sizing

✅How to calculate your monthly electricity consumption

✅Load analysis based on ₱3,000-7,000 monthly bills

✅PV panel sizing calculations (how many panels you need)

✅Inverter sizing (why 6kW is ideal for most homes)

✅Battery bank sizing (how much storage you need)

✅Series vs. Parallel connections (voltage and amperage)

Part D: Wiring & Safety Calculations

✅Wire sizing for different circuits (PV, battery, AC)

✅Breaker sizing and ratings

✅Voltage drop calculations

✅Complete system diagrams

What You Get:

✅ 35 Comprehensive Slides - Detailed explanations with diagrams

✅ Complete Presentation Script - Taglish for easy understanding

✅ Safety Checklists - Ensure safe installation

✅ System Diagrams - Visual guides for wiring and connections

✅ Component Specifications - Real products you can buy

✅ Calculation Templates - Use for your specific situation

✅ Lifetime Access - Access forever, updates included

✅ FREE Module 2 Upgrade - When it launches (early buyers only)

Need assistance? Please email us at course@karlcomboy.com