Float
Float
Minimizes deforestation. By utilizing unused water surface
and waterfront space, land use becomes more efficient.
Unlike mountainous areas with trees or structures, there are fewer obstacles
and no shadows are cast, resulting in higher power generation efficiency
and reduced reservoir evaporation.
Floating solar power plants can be installed in reservoirs or
lakes owned by cities, provinces, or the state, enabling
faster project implementation through direct contracts with the government.
Using integrated module floats allows installation without
additional structural processes, significantly lowering costs through
reduced material expenses, construction time, and installation costs.
In addition, applying bifacial modules enables a 15–25% increase in
output compared to conventional systems.
The new method using integrated module floats and surplus reflected light
energy is expected to become mainstream in domestic and global solar power
projects.
With reduced investment costs and maximized profitability,
it is expected to promote renewable energy development and
revitalize the solar energy market.
Shortened construction periods reduce installation costs,
and the use of bifacial modules
(and optional reflectors when needed)
allows maximum profitability.
| NO | Product Name | Type | Specifications/Dimensions | Product Image | Applications | |
|---|---|---|---|---|---|---|
| Form | Material | |||||
| 1 | Green Buoy 70 Green Buoy 90 Green Buoy 120 |
Injection Type | HDPE | 70L (839×373mm) 90L (905×400mm) 120L (992×425mm) |
 |
Oysters, Scallops, etc. |
| 2 | Green Buoy 13 | Injection Type | HDPE | 13L (301×250mm) |  |
Seaweed, Gillnets, Fish Traps, etc. |
| 3 | Green Buoy 240 Green Buoy 280 |
Injection Type | HDPE | Ø240 (240×240mm) Ø280 (280×280mm) |
 |
Seaweed, Kelp, etc. |
| 4 | Green Buoy 65 | Injection Type | HDPE | 65L (532×395mm) |  |
Oysters, Scallops |
| 5 | Green Buoy 67 with Ring |
Injection Type | HDPE | 68L (535×402mm) |  |
Oysters, Scallops, Seaweed, etc. |
| 6 | Green Buoy 60-A | Injection Type | HDPE | 68L (550×400mm) |  |
Oysters, Scallops, Seaweed, etc. |
| 7 | Green Buoy 40 | Injection Type | HDPE | 40L (486×341mm) |  |
Oysters, Scallops, Seaweed, etc. |
| 8 | Green Buoy 220 Green Buoy 320 |
Injection Type | HDPE | Ø220 (600×820mm) Ø320 (700×860mm) |
 |
Large Aquaculture Buoys, etc. |
Eco-Friendly Green Buoy
Technology Transfer Agreement
Patent Certificate
Design Registration Certificate
Air Pack
Green Technology Certification
After injecting air into the “A” section, the valve in
the “B” section automatically closes due to internal
air pressure, preventing air from escaping.
Made of High Molecular HDPE with excellent environmental resistance,
stress crack resistance, and impact strength.
100% recyclable (High Density Polyethylene)
Uses filling materials with minimal waste relative to expansion pressure,
certified as a carbon-reducing green technology,
making it lightweight and easy to handle.
Filling is done in independent cell layers, maintaining individual buoyancy.
Designed with rope attachment grooves for convenient handling during work.
Uses highly visible color schemes for excellent visibility even in low light.
Stable under UV exposure.
Low biofouling adhesion, easy to remove attached organisms.
| Test Item | Performance Standard | Remarks | |||||
|---|---|---|---|---|---|---|---|
| Buoyancy (kgf) | [(Rated Volume (L) * 0.7) - Self Weight (kgf)] or more | 55.4 | |||||
| Hydrostatic Pressure Resistance | No cracks, breaks, or tears on the buoy | None | |||||
| Accelerated Weathering (2,000 hours) | No surface cracks or damage | None | |||||
| Buoyancy after Injection Joint Fatigue Test |
90% or more | 100% | |||||
| Environmental Hazard |
Organotin Compounds | Should not be detected | Not detected | ||||
| Heavy Metals (mg/kg) (Sb, Cr, As, Pb, Ba, Hg, Cd, Se) |
Antimony | 60 or less | Chromium | 60 or less | Within standard | ||
| Arsenic | 25 or less | Lead | 90 or less | ||||
| Barium | 1,000 or less | Mercury | 60 or less | ||||
| Cadmium | 75 or less | Selenium | 500 or less | ||||
| Flame Retardants (mg/kg) |
PBBs, PBDEs, TBBBPA, HBCD should not be detected | Not detected | |||||
φ385mm × 550mm 60L
φ340mm × 450mm 38L
70L, 90L, 120L
Contains airbags to provide buoyancy against external scratches
Round design applied to maximize hydrostatic stability
Minimizes wave-induced vibration.
Prevents detachment of shellfish like oysters and mussels
Excess air is forcibly injected to increase
air density, allowing it to withstand certain water pressure
Reinforced air density to prevent deformation even if partially submerged
Contains airbag to support self-weight, preventing sinking if damaged
Ensures structural stability through air injection
GOLDENPOW Co., Ltd. CEO: Jinseop Shim Head Office: 412, Samseong-ro, Gangnam-gu, Seoul Business Registration No.: 312-81-19153
Tel: +82-2-554-4655 Fax: +82-2-554-5364, +82-2-566-0267 Email: goldenpow@goldenpow.com
Cheonan Plant: 15, Garyong-gil, Seonghwan-eup, Seobuk-gu, Cheonan-si, Chungnam Tel: +82-41-581-6522 Fax: +82-41-581-0424
Iksan Plant: 38, Samgi Nonggongdanji-gil, Samgi-myeon, Iksan-si, Jeonbuk Tel: +82-63-858-0572 Fax: +82-63-858-0433
