Panasonic — Japan
HIT 425W E Pro
The Panasonic HIT 425W E Pro is a 425W HJT solar panel with 22.5% efficiency. Made in Japan. Backed by a 30-year warranty.
Premium Tier
425W
Wattage
22.5%
Efficiency
HJT
Cell Type
30 years
Warranty
Full Specifications
- Brand
- Panasonic
- Model
- HIT 425W E Pro
- Series
- HIT
- Wattage
- 425W
- Module Efficiency
- 22.5%
- Cell Type
- HJT
- Dimensions
- 66-80" x 39-41"
- Weight
- 48 lbs
- Warranty
- 30 years
- Est. Price Per Watt
- $4.18
- Est. 7kW System Cost
- $29,260
- Est. 10kW System Cost
- $41,800
- Temperature Coefficient
- -0.25%/°C
- Bifacial
- No
- Origin
- Japan
- FEOC Status
- likely_pass
Other Panasonic Panels
| Model | Wattage | Efficiency | Cell | $/W |
|---|---|---|---|---|
| EverVolt 425W E Pro | 425W | 22.5% | HJT | $4.18 |
| EverVolt VK 425W E Pro | 425W | 22.5% | HJT | $4.18 |
| HIT Plus 425W E Pro | 425W | 22.5% | HJT | $4.18 |
| EverVolt 420W A Ultra | 420W | 22.3% | HJT | $4.08 |
| EverVolt 420W D Plus | 420W | 22.3% | HJT | $4.08 |
Similar Wattage Panels (Competitors)
| Panel | Wattage | Efficiency | $/W |
|---|---|---|---|
| Maxeon Maxeon 3 455W E Pro | 455W | 23.5% | $4.72 |
| Maxeon Maxeon 6 455W E Pro | 455W | 23.5% | $4.72 |
| Maxeon Maxeon 7 455W E Pro | 455W | 23.5% | $4.72 |
| Maxeon Maxeon Air 455W E Pro | 455W | 23.5% | $4.72 |
Frequently Asked Questions
How much does a 425W Panasonic HIT 425W E Pro cost?
The Panasonic HIT 425W E Pro costs approximately $1776 per panel ($$4.18/W). A typical 7kW system using this panel would cost around $29,260 before incentives. After the 30% federal tax credit, your net cost drops to $20,482.
Is the Panasonic HIT 425W E Pro a good solar panel?
The Panasonic HIT 425W E Pro has 22.5% efficiency and a 30 years warranty, placing it in the premium tier. This is above-average efficiency, making it a strong choice.
How many Panasonic HIT 425W E Pro panels do I need?
For a typical 7kW residential system, you'd need approximately 17 panels. For a 10kW system, plan for about 24 panels. The exact number depends on your roof space, energy usage, and local sun hours.