Inclined east-west tracking solar power system
Energy
SOLAR MODULE
HD HYUNDAI SOLAR MODULE
OJ Series
DualMax Pro
HiS-S580OJ Ι HiS-S585OJ Ι HiS-S590OJ Ι HiS-S595OJ Ι HiS-S600OJ
Hanwha Qcells SOLAR MODULE
Q.TRON XL-G2 SERIES
610 - 635 Wp | 156 Cells
22.7 % Maximum Module Efficiency
Inverter & Combiner box
inverter(Outdoor type)
OP500 TL OD
New 500kW Transformerless Central inverte
OCI power combiner box
20CH PV combiner box
New PV combiner box Launching (Wall Mounted)
KACO new energy inverter
blueplanet 50.0 TL3
Transformerless, three-phase string inverter.
KACO new energy inverter
blueplanet 125 TL3
Transformerless, three-phase string inverter
(1)Tracking the sun in real time with a GPS tracking system.
(2)The right panel facing directly at the sun captures more “sunlight” than the left panel.
(3)Increased land utilization and improved power generation efficiency by adopting a real-time altitude angle variable control system.
(4)Renewable energy correction coefficient change (fixed 0.95, tracking 1.47, a 55% increase in tracking compared to fixed)
•The existing east-west direction is tracked in 15-degree increments, and optimized sun tracking is always possible regardless of seasonal changes.
•Highly durable against external environment by adopting semi-circular gear method.
•Even if snow cover occurs, the snow cover is removed automatically by GPS.
•Cleaning and return modes can be distinguished based on on-site real-time rain sensor precipitation changes.
•On-site real-time wind sensor allows preparation for strong winds (over 18m/s) and typhoons.
•Maximize module area according to seasonal solar altitude changes.
•Real-time altitude variable control system increases land utilization and improves power generation efficiency.
•Azimuth tracking is possible at a fixed inclination angle (6 to 10 degrees) (only for building rooftops, inverification testing)
•Monitoring system records solar radiation every 10 minutes, enabling optimal azimuth tracking.
Inclined east-west tracking solar power system
Inclined east-west tracking solar power system
Window-type BIPV with solar radiation control
ACTIVE PASSIVE
•Hemispherical gear hinge folding structure that is resistant to wind pressure in high-rise buildings
•Upper louver type construction to prevent invasion of privacy at night and secure view rights
•Individual modules can be replaced indoors (ease of maintenance)
•Solar power generation and shading and double skin functions based on sun tracking
Depending on the holding angle, 87% of the top and 100% of the bottom can be viewed.
•Module voltage check function for each window for fault diagnosis
•Prevents rain damage when going out (closed when rain sensor activates)
•Various angle automatic adjustment function (remote control operation)
• •Can be linked to firefighting receiver in the future (optional)
Direct Solar Hybrid PVT
PC Case → Solar Module → Material → AL Base →heat Insulation
- Structural simplification by combining original material (insulation + heat conduction + adhesive) technology → Reduction in A/S occurrence rate
- As general-purpose PVT uses the heat absorbed by solar modules,On the other hand, our PVT is contained in a PC case.
Converts all heat into energy
- General-purpose PVT absorbs heat using the piping at the back of the module, but our company absorbs heat from the entire AL Base.
- By using thermally conductive materials, power productivity is improved by more than 5% by lowering the temperature of the module.
Product combining process technology + material technology
Focus on maximizing thermal energy productivity
- electric energy
- Due to the characteristics of solar modules, maximum
energy production is achieved at 25℃.
conductive material module temperature
- Our test standard MAX: 73℃