Trade Discount 21%
Solar Power Diverter 3.6kW | Compatible with Solar & Wind Systems | Easy Installation & Energy Management by My Energi
Maximize your renewable energy usage with the 3.6kW solar power diverter, designed for seamless integration with solar and wind systems. Ideal for residential applications, it diverts excess energy to heating systems, reducing reliance on grid electricity and promoting 100% green energy usage.
Please sign in so that we can notify you about a reply
Sign in
Please login to continue to your account.
Product Name/Title: V2.1 eddi 3.6kW
Brand: My Energi
SKU: EDDI-16A1P02-H
Alternatively Known As: Solar power diverter, Solar energy diverter, Solar diverter for water heating, Solar power controller
Technical Specifications
- Power capacity: 3.6kW
- Compatible with solar panel and wind generation systems
- Diverts excess energy to heating systems
- Easy installation process
- Supports intelligent energy management
- Dimensions (H x L x W): 150mm x 100mm x 200mm
- Weight: 2.5 kg
Key Features
- Solar power diverter that maximizes self-generated power usage
- Diverts excess solar or wind energy to heating systems
- Helps reduce energy export to the grid
- Quick and easy to install
- Supports 100% green energy usage
Professional Installation Requirements
- Installation by a qualified electrician is recommended to ensure compliance with electrical standards and optimal system performance.
Applications
- Residential solar power systems
- Wind generation systems
- Home water heating
- Home heating systems
Standards & Compliance
- AS/NZS 3000 – Wiring Rules (Electrical Installation)
Environmental Benefits
- Maximizes use of renewable energy generated onsite
- Reduces reliance on grid electricity
- Lowers carbon footprint by using 100% green energy
- Minimizes energy waste by diverting excess power
Warranty Information
3 year warranty with product registration and technical support.
Available Now
The My Energi V2.1 eddi 3.6kW solar power diverter is available for immediate purchase, ideal for residential solar and wind energy systems to maximize green energy usage.
