DMEGC 335 W monocrystalline half-cell solar panel
335 W monocrystalline half-cell, grey frame and white backsheet module for residential and commercial rooftop systems. Size 168.4 × 100.2 × 3.5 cm, weight 18.8 kg; check electrical parameters before system matching.
DMEGC 335 W monocrystalline half-cell solar panel turns available space into solar energy with a solution designed for residential and commercial rooftop systems.
A practical choice for designing or upgrading a solar system after checking footprint, cell technology and intended use before purchase.
Why choose it
The 335 W rating provides a clear balance between occupied area and generating capacity. Its monocrystalline half-cell, grey frame and white backsheet construction defines the module’s practical role.
- Rated power: 335 Wp
- Technology: monocrystalline half-cell, grey frame and white backsheet
- Best suited to: residential and commercial rooftop systems
Selection data
| Part number | DMEGC-335W |
| Rated power | 335 Wp |
| Technology | monocrystalline half-cell, grey frame and white backsheet |
| Dimensions | 168.4 × 100.2 × 3.5 cm |
| Weight | 18.8 kg |
Use and system matching
Before connection, compare open-circuit voltage, maximum-power voltage and module current with controller or inverter limits. Rated power alone does not establish compatibility.
For reliable operation, avoid local shading, size cables correctly and use protection suited to the circuit. A qualified installer can verify mounting, ventilation and wiring.
Frequently asked questions
How much energy can it produce per day?
With 4 equivalent sun hours, theoretical production is about 1340 Wh per day before system losses. Irradiance, orientation, temperature and shading affect actual output.
Is a charge controller required?
Battery systems require a controller compatible with voltage, current and battery chemistry. Grid systems instead require correct matching with a suitable inverter.
Can several panels be connected?
Yes, in series or parallel, while respecting the electrical limits of the inverter or controller and correctly sizing cables and protection.
How should it be installed?
Secure it to a suitable surface and provide ventilation where required. Installation and wiring must follow the manual and applicable system rules.
What should I check before buying?
Check available space, operating voltages, current, connectors and compatibility with the inverter, controller and mounting structure.
