Motech vs AEET - solar panel manufacturer comparison
Motech has the broader catalog (28 vs 5 models). Motech leads on peak efficiency at 22.90%. Motech leans bifacial (11% of lineup).
Both catalogues are read from the manufacturers' own datasheets. A brand is not scored against the market here, only against the other brand on this page.
The two companies
Motech Industries Inc. is dedicated to the research, development, and manufacture of high-quality solar products and services, ranging from photovoltaic (PV) cells, PV modules, to PV power systems. The company has evolved from a test and measurement instruments designer and manufacturer to a full-service global solar...
- Founded
- 1981
- Headquarters
- Tainan City, Taiwan
- Annual capacity
- 1.2+ GW/year
- Employees
- 2,340
Catalogue against catalogue
An average over a catalogue describes the range a manufacturer publishes, not the module you would buy. A brand with two flagship panels and eighty older ones averages worse than one that has retired its back catalogue.
What each of them builds
Dominant cell tech: <strong>N-type</strong> (11%)
Dominant cell tech: <strong>PERC</strong> (100%)
The flagships
Written summary
Motech Industries, founded in Taiwan in 1981 and listed on the Taipei Exchange (TPEX), is one of the older established names in photovoltaics, with roughly 2,340 employees and a production capacity exceeding 1.2 GW. Despite that heritage, its current PV ModuleTech bankability rating sits at CC+, a sub-Tier-1 band indicating elevated financial risk relative to the dominant large-scale manufacturers. AEET, by contrast, is a considerably smaller and less-documented entity: no founding year, no stock listing, and no confirmed Tier 1 bankability status appear in available records. Its commercial presence is essentially a short catalogue of five panel models rather than an active large-scale manufacturing platform. On institutional grounds, Motech carries the greater recognisability, but neither brand qualifies as a bankable Tier 1 name in 2025.
Motech's aggregate module-level specifications are not publicly available in consolidated form, making a direct watt-for-watt comparison with AEET difficult. AEET's published portfolio tells a clearer if modest story: five panels averaging 190 Wp and topping out at 200 Wp, with average efficiency of 14.9% and a best-case efficiency of 15.7%. Those figures are characteristic of older 60-cell conventional crystalline technology, running well below the 21-22% typical of current-generation TOPCon or PERC modules. The portfolio contains no bifacial panels, and the dominant cell technology is unconfirmed. A 25-year average warranty is adequate but not standout. This lineup is best suited to small off-grid installations, budget retrofit projects, or applications where space is not constrained and peak efficiency is not a priority.
For a typical buyer in 2025, neither manufacturer would be the first recommendation. Motech, though longer-established and better-documented, has lost Tier 1 bankability status, which is a genuine obstacle for financed projects. AEET's catalogue reflects specifications that trail the current performance mainstream by a meaningful margin. Buyers who need project financing and modern module performance should look to confirmed Tier 1 suppliers; those already committed to AEET panels for a small legacy or off-grid system may find the 25-year warranty serviceable within that narrow scope.
Generated by Claude Sonnet · 2026-05-12
Other brand comparisons
Comparisons are computed from manufacturer datasheets held in the ComparePV database and may not reflect a brand's complete current lineup. Nothing on this page is paid placement.