Categorie
Browse History
| System introduction: | |||||
| Load condition: less than 10000w electrical appliances are used, and the inductive load is less than 3300W. The host has complementary mains power and automatic switching in rainy days. | |||||
| Inverter：We tentatively set the output power of the inverter as 10000w, with complementary mains power and load carrying capacity: the group load is less than 10000w and the inductive load is less than 3300W. | |||||
| Module：The module is 400W * 24 = 9600w, the estimated effective light is 4h, and the daily power generation is about 9600 * 4 = 38400wh = 38kwh (monthly power generation ≈ 1140 KWH) | |||||
| Battery：Storage capacity 12V * 250ah = 3000wh * 16 = 48000wh Charging capacity is 48000wh, discharging capacity is 48000 * 0.92 * 0.9 = 39744wh, (conversion efficiency and discharge depth of battery) | |||||
| Name | Model and specification | Unit | Qty | Remark |
| Parallel and off grid integrated machine | 5KW/48V | SET | 2 | 220VAC output |
| Battery | 12V/250AH | PC | 16 | Gel Battery |
| Photovoltaic module single crystal | 400W | PC | 24 | Class a components |
| Photovoltaic line and accessories | SET | 1 | a distance of 15meter will be processed | |
| Battery cable | BVR25-17 | SET | 1 | All wires will be processed |
| Photovoltaic support | BXD-400-24 | SET | 1 | Ground hot plating |
| Battery cabinet | BX-250-8 | PC | 2 |
Photovoltaic priority and complementary power supply. When the photovoltaic and battery are out of power, it will automatically cut into the mains power supply load. Fully automatic without manual operation
There are currently no optional accessories for this item.
