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ecoSolargy Solar Panels
As a vertically integrated solar manufacturer, ecoSolargy provides a full line of Mono-Crystalline and Poly-Crystalline modules. All solar modules that are manufactured by ecoSolargy are CEC, UL, TUV, listed and
certified.
Alpha Series Mono-Crystalline
solar modules
- 155 w to 180 w solar
modules
- Cell
Conversion Efficiencies from 16.5% to 17.5%
- Nominal 24 V DC for
standard output
- Non-leaded and tin coated ribbon and wash free soldering flux
- High transmissive,
low-iron 1/8” tempered glass
- Light anodized aluminum
frame to prevent the occurrence of water freezing and warping
- Cross-linking rated above
80%
- Fully
automatic lamination technology
- Warranted
to perform at 90% for 10 years and 80% at 25 years
- UL Listed, CEC and FSEC
Listed
| Neptune Series Poly-Crystalline solar
modules
- 200 w to 235 w solar modules
- Cell
Conversion Efficiencies from 15.5% to 18%
- Nominal 24 V DC for
standard output
- Non-leaded and tin coated ribbon and wash free soldering flux
- High transmissive,
low-iron 1/8” tempered glass
- Light anodized aluminum
frame to prevent the occurrence of water freezing and warping
- Cross-linking rated above
80%
- Fully
automatic lamination technology
- Warranted
to perform at 90% for 10 years and 80% at 25 years
- UL Listed, CEC and FSEC
Listed
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ecoSolargy vertically manufactures state of the art solar modules to provide the highest level of sunlight conversion efficiency.
This allows for the greatest production of energy per area. Customers
can also save money by using fewer system attachments, racking
materials, and requiring less time on the installation. At 33 pounds,
modules can be more easily carried to the install site. Modules are also very robust, employing tempered glass and aluminum
frame construction. ecoSolargy’s modules to perform in the most
challenging conditions.
ecoSolargy’s wafers are processed into solar cells through a series of
micro processes. Solar cells are essentially a combination of positive
and negative layers that capture light photons to kick-off electrons,
which are captured by an electronic circuit. After micro-processing of
the mono-crystalline wafer, conduction lines are printed on the front
and back to complete the circuit and ready the completed cell for
attachment in our modules.
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