ELNSM54M-HC-N Series
Current model: ELNSM54M-HC-N-440 through -465
A current N-type residential series spanning 440–465 W with up to 23.85% efficiency.
A current N-type residential series spanning 440–465 W with up to 23.85% efficiency.
The Sirius PV ELNSM54M-HC-N series uses 108 half-cut N-type cells in a residential format. The family ranges from 440 W through 465 W, allowing the final design to balance roof layout, availability, electrical compatibility, and project value.
Final model, configuration, availability, and warranty terms are confirmed in the written proposal.
Sirius PV USA ELNSM54M-HC-N Series at a glance.
These manufacturer-published figures help compare equipment. Final compatibility, configuration, and warranty coverage are confirmed for the specific project.
| Specification | Published value |
|---|---|
| Model family | ELNSM54M-HC-N-440 through -465 |
| Rated power | 440–465 W |
| Module efficiency | 22.54–23.85% |
| Cell technology | N-type · 108 half-cut cells |
| Pmax temperature coefficient | −0.29%/°C |
| Dimensions / weight | 1,722 × 1,134 × 35 mm · 21.5 kg |
| Warranty | 25-year product · 30-year performance |
Strengths worth putting into context.
- Residential wattage options for common roof layouts
- Published product and warranty documentation
- Options for value-focused system designs
- Model-level review before final selection
Projects with these priorities.
- Projects balancing output, availability, and budget
- Homeowners who want a clearly named module rather than a generic panel promise
- Designs where standard residential module dimensions are advantageous
Questions we answer before specifying ELNSM54M-HC-N Series.
- Which exact wattage and model is included?
- What warranty document applies to that model?
- What inverter and racking pairing will be used?
- How does the module fit the roof layout and production target?
Specifications are only the starting point.
Published capacity, output, efficiency, and warranty information help narrow the field. A valid Florida project also requires compatible electrical design, roof or mounting review, permits, utility interconnection, manufacturer instructions, and a clear service plan.
We use the current manufacturer documentation when preparing the final system scope. If equipment availability changes, any proposed substitution should be documented and reviewed before installation.