Light for its output, no clear weak spot
The Einnova Solarline Lightweight Ultra Flexible Solar Module series is designed for situations where traditional panels fail - on lightweight roofs, curved surfaces, and in mobile applications. A key advantage is the ultra-light and ultra-thin construction, which reduces the load on the substrate and simplifies logistics and installation. The modules are highly flexible, allowing them to be adapted to surfaces where rigid panels do not adhere properly or require expensive frames. This translates to less interference with the roof, faster installation, and a more aesthetically pleasing finish.
Inside, they use monocrystalline PERC cells, which provide high efficiency in real-world conditions, especially with limited mounting space. For safety and durability, a sealed connection box with enhanced resistance has been used, and standard connections make integration with existing installations easy.
This is a good choice for campers, boats, specialized buildings, lightweight structures, and projects where low weight, adaptation, and quick installation are important.
Ranking
Signals from the data
Off-grid and commercial.
Top 1% of the 100-300 W band, against a median of 67.9. Ranked 49th in the whole database.
Top 17% of the 100-300 W band, against a median of 166.0.
Top 18% of the 100-300 W band, against a median of 16.60%.
The combination of bifacial technology with a flexible construction is rare in the mobile segment — most competitors (including TPL Solar S-72) offer monofacial panels only. Bifacial design typically generates 10–25% additional yield from reflected irradiance, which is measurably significant in marine and RV applications with light-colored decks or roof surfaces.
The top variant of the series achieves 19.22% efficiency compared to 16.06% for the TPL Solar TPL S-72 Series (same rated power class of 205 Wp) — an advantage of approximately 20 relative percentage points. This translates directly into a smaller required panel area for equivalent energy yield, a critical factor in mobile installations with limited roof space.
Monocrystalline PERC technology delivers 5–8% higher annual energy yield than standard mono cells and 8–12% better low-irradiance performance. For coastal and mountain applications with frequent cloud cover, this represents a tangible operational advantage.
Einnova Solarline has been operating since 2008, is ranked among the Top 20 Chinese PV module manufacturers, has a production capacity of 2 GW, and has over 9 GW of modules installed across more than 50 countries. This is a significant differentiator compared to niche flexible panel suppliers with no documented track record.
A 25-year linear power output warranty is the standard in the rigid module segment, but its inclusion for a flexible panel — traditionally regarded as a shorter-lifecycle product — is a distinguishing feature and reflects the manufacturer's confidence in the durability of the encapsulation and cell technology used.
The MY Solar M3 Series and JA Solar M3 Series achieve 20.1% efficiency at the same rated power of 205 Wp. Einnova reaches a maximum of 19.22%, representing a gap of 0.88 percentage points — in installations with constrained mounting area (e.g., an RV rooftop), this translates into measurably lower yield or the need to add an additional module.
The product warranty is only 10 years, whereas JA Solar (a comparable peer in this comparison) standardly offers 12 years, and leading rigid module manufacturers offer 15 years. In mobile applications where panels are exposed to vibration and cyclic flexing, a shorter warranty period represents a concrete operational risk.
Einnova Solarline does not appear in BNEF Tier 1 reports, unlike comparable peer JA Solar, which holds that status. For installations financed through loans or leasing arrangements, this may complicate acceptance by financial institutions that require Tier 1 status as a condition for insurance coverage or project financing approval.
- Efficiency of 18.8% matches the Flexible 0-400W median
- Power density of 187.5 W/m² matches the Flexible 0-400W median
- #13047 for efficiency, #13924 for temperature performance out of 14005 panels
Specifications
Simulations
Degradation from this panel's own datasheet figures. No inverter, soiling or shading losses.
Alternatives
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