Solar Systems & Panels

Explore types of solar solutions, panels, and inverter technologies

Kinds of Solar Systems

Hybrid Solar

Hybrid Solar System

Combines solar, battery & grid for flexible backup and export.

On-Grid Solar

On-Grid Solar System

Connects directly to the grid; sells excess electricity back.

Off-Grid Solar

Off-Grid Solar System

Independent solar system with battery backup. Ideal for remote areas.

Comparison of Solar System Types

Feature On-Grid Off-Grid Hybrid
Connection Connected to utility grid Completely independent Connected to grid + batteries
Battery Requirement No Yes Yes
Power Backup No Yes Yes
Initial Cost Low High Very High
Suitability Urban areas Remote locations Both rural & urban

Types of Solar Panels

Monocrystalline Panel

Monocrystalline

High efficiency & space-saving, black sleek look.

Polycrystalline Panel

Polycrystalline

Affordable and durable with a bluish color tone.

Additional Types of Solar Panels

Bifacial Panel

Bifacial Panel

Generates power from both front and back sides, boosting output on reflective surfaces.

TOPCon Panel

TOPCon Panel

Next-gen high-efficiency tech using passivated contacts and better low-light performance.

Thin Film Panel

Thin-Film Panel

Flexible and lightweight, ideal for irregular rooftops and mobile setups.

Comparison of Solar Panel Types

Type Efficiency Cost Appearance Best Use
Monocrystalline 18–22% High Black, sleek Limited roof space
Polycrystalline 15–17% Medium Blue, speckled Ample roof space
Bifacial 20–25% High Transparent back Ground-mounted systems
TOPCon 22–24% Premium Black, modern Advanced residential & commercial

🔌 Inverter Types

String Inverter

String Inverter

A string inverter connects a group (or string) of panels. All panels must face the same direction for best performance. It's affordable and widely used for residential rooftops.

  • ✅ Cost-effective for large setups
  • ❌ Shading affects all panels in the string
  • ⚙️ Simple installation & low maintenance

Microinverter

Microinverter

Microinverters are installed on each panel individually. They increase output in shaded or multi-directional arrays. More expensive, but more efficient.

  • ✅ Panel-level monitoring and optimization
  • ❌ Higher initial cost
  • 📊 Great for varied tilt or orientation roofs

Hybrid Inverter

Hybrid Inverter

Hybrid inverters allow for both solar power and battery storage. Useful for power backups, off-grid features, and exporting excess energy to the grid.

  • ✅ Works during power outages
  • ❌ More complex & costly setup
  • 🔋 Battery-ready and future-proof

📊 Inverter Type Comparison

Feature String Micro Hybrid
Performance in Shade Low High Medium
Cost Low High High
Monitoring System-level Panel-level System + battery
Battery Support No No Yes
Backup Power No No Yes
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