System requirement instruction |
STIN-12000W off-grid photovoltaic system |
Design Basis |
the system DC voltage is set to 48VDC |
System configuration and offer |
Item |
Part |
Specification |
Quantity |
Remarks |
1 |
Solar panel |
STIN-Poly 290W |
27PCS |
connection method:3pcs in one string and 9 strings in parallel |
2 |
PV combiner box |
3 inputs, 1 output |
3SETS |
|
3 |
Bracket |
C-shaped steel |
1SET |
hot-dip zinc |
4 |
Inverter with mppt controller |
STIN-4000W |
3pcs in parallel |
1, Built-in 60A MPPT controller |
2, pure sine wave, high frequency output |
3, support grid/Diesel input |
5 |
LiFePo4 battery |
STIN 48V-100AH |
6PCS |
|
6 |
DC breaker(battery to inverter) |
MCCB 100A 2P |
3PCS |
|
7 |
Connector (pv cable to solar panel) |
MC4 |
9pairs |
|
8 |
PV cables(solar panel to inverter) |
4mm2 |
600M |
300M red+300M black |
9 |
BVR cables(pv combiner box to inverter) |
10mm2 |
120M |
60M red +60M black |
10 |
BVR cables(confluence box to inverter) |
35mm2 |
16M |
8M red + 8M black |
Instructions |
1. The battery can support 9000W load work 3hours. |
2. The maximum power load should not exceed 12000W (including inductive load impact: such as refrigerators, air conditioners, washing machines, etc. with motor load). |
3. The battery can be fully charged in 3hours under STC sunshine condition. |
|
System requirement instruction |
STIN-16000W off-grid photovoltaic system |
Design Basis |
the system DC voltage is set to 48VDC |
System configuration and offer |
Item |
Part |
Specification |
Quantity |
Remarks |
1 |
Solar panel |
STIN-Poly 290W |
36PCS |
connection method:3pcs in one string and 12 strings in parallel |
2 |
PV combiner box |
3 inputs, 1 output |
4SETS |
|
3 |
Bracket |
C-shaped steel |
1SET |
hot-dip zinc |
4 |
Inverter with mppt controller |
STIN-4000W |
4pcs in parallel |
1, Built-in 60A MPPT controller |
2, pure sine wave, high frequency output |
3, support grid/Diesel input |
5 |
LiFePo4 battery |
STIN 48V-100AH |
8PCS |
|
6 |
DC breaker(battery to inverter) |
MCCB 100A 2P |
4PCS |
|
7 |
Connector (pv cable to solar panel) |
MC4 |
12pairs |
|
8 |
PV cables(solar panel to inverter) |
4mm2 |
800M |
400M red+400M black |
9 |
BVR cables(pv combiner box to inverter) |
10mm2 |
160M |
80M red +80M black |
10 |
BVR cables(battery to inverter) |
35mm2 |
20M |
10M red + 10M black |
Instructions |
1. The battery can support 12000W load work 3hours. |
2. The maximum power load should not exceed 16000W (including inductive load impact: such as refrigerators, air conditioners, washing machines, etc. with motor load). |
3. The battery can be fully charged in 3hours under STC sunshine condition. |
|
System requirement instruction |
STIN-20000W off-grid photovoltaic system |
Design Basis |
the system DC voltage is set to 48VDC |
System configuration and offer |
Item |
Part |
Specification |
Quantity |
Remarks |
1 |
Solar panel |
STIN-Poly 290W |
45PCS |
connection method:3pcs in one string and 15 strings in parallel |
2 |
PV combiner box |
3 inputs, 1 output |
5SETS |
|
3 |
Bracket |
C-shaped steel |
1SET |
hot-dip zinc |
4 |
Inverter with mppt controller |
STIN-4000W |
5pcs in parallel |
1, Built-in 60A MPPT controller |
2, pure sine wave, high frequency output |
3, support grid/Diesel input |
5 |
LiFePo4 battery |
STIN 48V-100AH |
10PCS |
|
6 |
DC breaker(battery to inverter) |
MCCB 100A 2P |
5PCS |
|
7 |
Connector (pv cable to solar panel) |
MC4 |
15pairs |
|
8 |
PV cables(solar panel to inverter) |
4mm2 |
1000M |
500M red+500M black |
9 |
BVR cables(pv combiner box to inverter) |
10mm2 |
200M |
100M red +100M black |
10 |
BVR cables(battery to inverter) |
35mm2 |
30M |
15M red + 15M black |
Instructions |
1. The battery can support 15000W load work 3hours. |
2. The maximum power load should not exceed 20000W (including inductive load impact: such as refrigerators, air conditioners, washing machines, etc. with motor load). |
3. The battery can be fully charged in 3hours under STC sunshine condition. |
|
System requirement instruction |
STIN-24000W off-grid photovoltaic system |
Design Basis |
the system DC voltage is set to 48VDC |
System configuration and offer |
Item |
Part |
Specification |
Quantity |
Remarks |
1 |
Solar panel |
STIN-Poly 290W |
54PCS |
connection method:3pcs in one string and 18 strings in parallel |
2 |
PV combiner box |
3 inputs, 1 output |
6SETS |
|
3 |
Bracket |
C-shaped steel |
1SET |
hot-dip zinc |
4 |
Inverter with mppt controller |
STIN-4000W |
6pcs in parallel |
1, Built-in 60A MPPT controller |
2, pure sine wave, high frequency output |
3, support grid/Diesel input |
5 |
LiFePo4 battery |
STIN 48V-100AH |
12PCS |
|
6 |
DC breaker(battery to inverter) |
MCCB 100A 2P |
6PCS |
|
7 |
Connector (pv cable to solar panel) |
MC4 |
18pairs |
|
8 |
PV cables(solar panel to inverter) |
4mm2 |
1200M |
600M red+600M black |
9 |
BVR cables(pv combiner box to inverter) |
10mm2 |
240M |
120M red +120M black |
10 |
BVR cables(battery to inverter) |
35mm2 |
40M |
20M red + 20M black |
Instructions |
1. The battery can support 18000W load work 3hours. |
2. The maximum power load should not exceed 24000W (including inductive load impact: such as refrigerators, air conditioners, washing machines, etc. with motor load). |
3. The battery can be fully charged in 3hours under STC sunshine condition. |