Historical background on inorganic nanocoating technology
- Excellent nanoscience technology similar to the principle of glaze coating on pottery, using the components that make up Mineral=Ceramic
- The principle that even if pottery artifacts buried in the ground or deep sea for a long time are excavated, the surface of the pottery is easily cleaned
The world¡¯s best celadon glaze technology already matured in the 9th to 12th centuries / The world¡¯s best white
porcelain technology matured in the 14th to 16th centuries
- The meticulous coating technology of Si-O bond structure, similar to the glaze coating technology on the surface of celadon - and white porcelain, is the nanotechnology of ceramic minerals
- Excellent technology with high constructability for applying a ceramic coating solution specialized in settling at the nano level by bonding natural minerals and water (H2O) molecules through a coating device

What is Hedori nanocoating?

Comparison of coating surfaces

Advantage | Power generation efficiency improved by 15% compared to contaminated modules due to excellent self-cleaning effect. The power generation efficiency of nanocoated module is improved by about 3.8-4.7% compared to uncoated modules. |
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Characteristics | - No need for additional maintenance for 5 years after applying single nanocoating - Reduction in module degradation such as bird droppings, corrosion, UV damage, wear, etc., increasing the lifespan of the module |
Salt spray test

Applying sea water


Test reports related to the nanocoating
Hydrophilic inorganic nanocoating technology is the patented technology of BK Energy Co., Ltd
, and there are test reports from accredited organizations for increased power generation, no impact on water quality and soil contamination, non-flammability, etc.

Inorganic nanocoating application procedure
Procedures for applying inorganic nano-coating of existing power plant
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1STEP 01 Water cleaningFirst, remove contaminants using high pressure washing equipment
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2STEP 02 Applying cleaning processDetermine the type of cleaning solution and whether to use it based on the type and degree of contamination
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3STEP 03 Cleaning panelsRemove foreign substances on the solar module using high pressure washing equipment and a brush dedicated to solar modules
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4STEP 04 Applying coating processSimply apply the nanocoating solution generated from the coating solution manufacturing equipment without separate coating equipment (brush, wafer, etc.)
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5STEP 05 DryingDry the applied nanocoating solution naturally