Solar power plants
All solutionsSolar power plants
All solutions5 kW on-grid solar power plant
from 1 300 000 KZT
Set contents:
Annual power generation
3566 kWh;
Inverter type
ON-GRID;
Inverter capacity
5 kW;
Number of phases
Single-phase;
Remote monitoring
Optional;
Number of panels
x 10;
Panel mounting
No;
7 kW on-grid solar power plant
from 2 500 000 KZT
Set contents:
Annual power generation
5954 kWh;
Inverter type
ON-GRID;
Inverter capacity
7 kW;
Number of phases
Single-phase;
Remote monitoring
Optional;
Number of panels
x 14;
Panel mounting
No;
10 kW on-grid solar power plant
from 3 500 000 KZT
Set contents:
Annual power generation
7660 kWh;
Inverter type
ON-GRID;
Inverter capacity
10 kW;
Number of phases
Single-phase;
Remote monitoring
Optional;
Number of panels
x 18;
Panel mounting
No;
15 kW on-grid solar power plant
from 5 500 000 KZT
Set contents:
Annual power generation
20915 kWh;
Inverter type
ON-GRID;
Inverter capacity
15 kW;
Number of phases
Three-phase;
Remote monitoring
Optional;
Number of panels
x 44;
Panel mounting
No;
1 kW off-grid solar power plant
from 600 000 KZT
Set contents:
Average daily yield
1,5 kWh;
Inverter type
OFF-GRID;
Inverter capacity
1 kW;
Number of phases
Single-phase;
Number of panels
x 2;
Panel mounting
No;
Number of batteries
x 1;
Battery type
AGM;
Battery capacity
100 Ah;
Run time (10% continuous load)
8,4 h;
Run time (50% continuous load)
1,7 h;
3 kW off-grid solar power plant
from 900 000 KZT
Set contents:
Average daily yield
1,7 kWh;
Inverter type
OFF-GRID;
Inverter capacity
3 kW;
Number of phases
Single-phase;
Number of panels
x 2;
Panel mounting
No;
Number of batteries
x 2;
Battery type
AGM;
Battery capacity
75 Ah;
Run time (10% continuous load)
4 h;
Run time (50% continuous load)
0,8 h;
5 kW off-grid solar power plant
from 2 000 000 KZT
Set contents:
Average daily yield
3,5 kWh;
Inverter type
OFF-GRID;
Inverter capacity
5 kW;
Number of phases
Single-phase;
Number of panels
x 4;
Panel mounting
No;
Number of batteries
x 4;
Battery type
AGM;
Battery capacity
100 Ah;
Run time (10% continuous load)
6,7 h;
Run time (50% continuous load)
1,3 h;
An on-grid solar power plant is an excellent solution to save money. The on-grid solar power plant operates with the grid. It can power your home and sell the surplus back to the grid. If the generated power is not enough for the entire house, then the missing power is taken from the grid.
An off-grid solar power plant is perfect for country houses, farms, and other facilities without centralized power supply. It operates off grid. During the daytime, an off-grid solar power plant accumulates power in batteries and supplies the house, and at night the house is powered from the batteries.
A hybrid solar power plant is good for those who do not want to overpay for electricity. They are also good for those who want to sell electric power generated by solar panels in addition to their autonomy. The hybrid solar power plant combines the benefits of an on-grid and off-grid solar power plants. The hybrid solar power plant consists of solar panels, an inverter and batteries; it can store energy and sell the surplus to the grid.
Standard connection diagrams
On-grid solar power plant
Off-grid solar power plant
Hybrid solar power plant
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Uninterruptible power supply system
