Installation of a solar power plant
Installation of a solar power plant
Our team of engineers with many years of experience guarantees the fast and quality realization of your Solar power plant project. With completely proper documentation and lack of administrative obstacles, the physical installation of a photovoltaic facility is carried out within 15-20 days. Our focus is on compiling a reliable technical project, the implementation of which takes place in several main steps:
- Delivery of all necessary materials
- Construction of load-bearing structures and fencing of the terrain (for ground installation) and surface preparation (roof/façade)
- Installation of solar modules on the respective site
- Installation and adjustment of inverters
- Installation and adjustment of boards
- Excavation, wiring and stringing, connection of all electrical units in the system
- Carrying out all necessary tests and commissioning of the solar facility
WHERE CAN THE SOLAR POWER PLANT BE INSTALLED?
The solar power plant efficiency depends on the optimal location and the appropriate slope of the panels. Its construction and installation play an important role in reliability and quality. The installation of photovoltaic facility can be done on a roof (sloping or flat), façade or on ground installation.
FLAT ROOF INSTALLATION
Advantages:
- Space saving
- Lighter and cheaper construction
- Does not occupy free space
- No need for security
- Good solution for network exchanges
- Higher energy density
Disadvantages:
- The system requires careful care in terms of water resistance, wind and snow, and more careful maintenance;
- A slope of 0 ° satisfies the needs for installation on a flat roof but does not provide the best conditions for energy production.
SLOPE ROOF INSTALLATION
Advantages:
- Achieving an angle of 10 ° to 30 °
- Achieving an angle of 10 ° to 30 °
- Easy and economical option
- Possibility for a catching surface with a larger slope compared to their mounting on a vertical wall or their full installation on a flat roof (slope 0 °)
Disadvantages:
- The system requires careful care in terms of water resistance, resistance to wind and snow loads, and maintenance that should not harm its operation or service life.
Advantages:
- When using vertical surfaces it is not necessary to change the overall external shape of the building
- The slope of the wall allows for a larger capture surface and the use of a thermal collector with a greater slope relative to the direction of solar radiation
Disadvantages:
- The placement of solar thermal panels on a vertical surface (90 ° slope) with different orientation under normal conditions is less functional than their placement on a sloping surface with an angle of 35 ° - 40 ° (when located to the south there is an annual reduction of 70% in the captured solar radiation)
- Requires careful and detailed maintenance
- Requires special care in terms of water-tightness and maintenance
Advantages:
- Quick installation
- All-aluminum components
- All-aluminum components
- It is easier to find a large area
Disadvantages:
- For optimal efficiency and simplified installation procedure the terrain must have the correct shape, the soil must be clean without the presence of large debris or rocks
- According to the law, the land needs to be a specific category: 7th, 8th or 9th, as the construction of solar power plants on fertile lands is prohibited
- If the terrain does not meet the legal requirements, a status change procedure is required which can take up to several months.