(주)유진솔루션

Solar Energy Generation is a method of generating electricity through the photoelectric effects of the light energy from the sun, using solar panels with several solar cells attached.
The Solar Energy Generation system consists of a module composed of solar cells, condenser, and a power converter.
The advantage of Solar Energy Generation is that there is no pollution, it can be generated only to the amount necessary and only where it is necessary, and maintenance is easy.
It is attracting attention as a future alternative energy source for using an infinite amount of solar energy source and other factors.

When light is shined on a solar cell, electrons and holes are generated inside.
Potential difference will be generated of the electric charges in its process of moving to N pole and P pole.
At this point, it makes use of the principle where currents flow when load is connected.

Module

Device which converts the light energy of the sun into electricity
Product life span and performance insurance : 25 years
- 90% for 12 years
- 80% for 25 years

Inverter

DC to AC converter
- Sales electricity produced from solar modules to KEPCO
- Facilities to convert to AC that can be used at home

Structure

Structure facilities allowing modules to maintain optimal condition for receiving light energy
- Fixed, variable, traceable

DC electricity generated from solar energy is supplied to the inverter to be converted to usable electricity and stable power supply is provided for the consumers.
A method which enables usage of electricity from the grid during night time or when there is insufficient light, and when excess electricity is produced, it is absorbed to the grid.

It is equipped with a storage facility to supply electricity during night time or when there is insufficient sunlight, so that the electricity stored in the storage battery for the period of solar power generation may be used.
It can be used as a combined power generation system equipped with diesel generator and wind power generator for supplementary use in case of a problems such as prolonged days with low sunlight or system failures

It utilizes a building integrated photovoltaic module which uses electronic plates to replace conventional building materials in parts of the building envelope.
BIPV (Building Integrated Photovoltaic System) is a method of producing electricity by installing solar modules on the exterior of buildings such as windows, walls, and balconies.

Possible to design various tilt angles
Possible to adjust tilt frequency according to the consumer’s demand as tilt function is easy
Stable system, does not shake even with strong wind

Use of Actuate with sturdy structure
Easy to adjust slope angles, similar effects with dual-axis type
Minimal use of motor, reduces power consumption and enhances convenience of maintenance
Maximize power generation through back tracking and real-time tracking functions
Unmanned power plant operation system through web control with remote control system

Easy to install on site using bolt fastening method and module fixing bracket
Fast construction with simple and perfect design and manufacturing
Smooth compatibility and assembly make it possible to attach modules of various sizes
Standardized light weight through C-shaped steel structure
Stronger and more stable with various structures by roof type

Solar modules are fixed to the floats fixed on the water surface with mooring systems
Wide water surfaces have minimal shadow interference, low ambient temperature and windy environment which are favorable for solar power generation
Conversely, since it is exposed to strong wind, wave, and humidity, there must be corresponding design and construction
Site selection should be carefully considered because depending on the location conditions, increasing initial construction cost and related development licensing may not be possible

Aluminum profiles or FRP H beams are assembled and buoyant material is connected to the bottom

The frame type is mainly applied where depth of water is deep, change of water level (40m) is large, water flow rate is fast, and wind speed is strong such as dams or gulfs
Higher generation efficiency compared to the buoyancy integrated type through the application of optimal module inclination angle.

Buoyant materials are integrated with the module with easy-to-form PE materials.

The buoyancy integrated type is mainly applied where change of water level, water flow rate and wind speed are low such as reservoir or ponds
Generation utilization rate drops by 3~3.5%, but it can be constructed quickly and conveniently and the construction cost is about 15~20% lower than the frame type.