Task: Based on the customer’s available space, to build a solar station for generating energy at a “green” tariff and saving own consumption.
Solution: Installed 60 polycrystalline solar panels JA Solar JAP6-60-270 with a capacity of 16.2 kW and a grid inverter Fronius Symo 15.0-3-M (power 15 kW, with online monitoring output).
Functions of the Alteco Group company: Design, 3D-modeling, delivery, installation, commissioning, registration of a “green” tariff, warranty.
Result: A solar station with a capacity of 16.2 kW was put into operation. The payback period of the project is 6 years.
appearance of the solar station
Task: Based on the customer’s available space, to build a solar station for generating energy at a “green” tariff and saving own consumption.
Solution: After the analysis, a decision was made on the ground location of the solar station, since the available roof area did not allow to place the solar panels in full.Installed 60 polycrystalline solar panels JA Solar JAP6-60-270 with a capacity of 16.2 kW and a grid inverter Fronius Symo 15.0-3-M (power 15 kW, with online monitoring output).The ground structure is made in the form of a single “table” with four rows of landscape-oriented solar modules.This arrangement of the panels made it possible to save a little on the area occupied by PV modules with a metal structure.
Functions of the Alteco Group company: Design, 3D modeling of shading and panel arrangement, calculation of station generation, supply, installation, commissioning, registration of a “green” tariff, warranty.
Result: The solar station was put into operation. The “green” tariff has been successfully issued and connected. The payback period of the project is 6 years.
You can view the work of the station online at the link:
metal structure for mounting solar modules
installed grid inverter 15 kW
3D modeling of a solar station
options for placing solar modules
schedules of solar station generation
