Kweli 480W-1.8kWh-400VA Solar System & Power Power Backup for a Poultry Farm upto 20 Bulbs; Light up for 14-28 hours

Description

Kweli 480w-1.8kWh-400VA Solar System & Power Power Backup

The Kweli 480W-1.8kWh-400VA solar system and power backup system is designed to provide reliable lighting for poultry farms, particularly suitable for environments where power outages are common. Here’s a breakdown of its specifications and capabilities:

1. Solar Capacity: The system includes a 480W solar panel array. This capacity determines how much sunlight the system can capture and convert into electricity.

2. Battery Capacity: The system features a battery storage capacity of 1.8kWh (kilowatt-hours). This indicates how much energy can be stored for later use when the sun is not shining, such as during nighttime or cloudy weather.

3. Inverter Capacity: The inverter has a capacity of 400VA (volt-amperes), which refers to its ability to convert DC (direct current) electricity from the solar panels or battery into AC (alternating current) electricity suitable for powering electrical devices and appliances.

4. Lighting Capacity: The system is designed to power 10-20 bulbs, each ranging from 5-10 watts. This allows for customizable lighting setups depending on the size and layout of the poultry farm. The total wattage of the bulbs should not exceed the capacity of the system.

5. Backup Duration: The system can provide lighting for 14-28 hours, depending on factors such as the number of bulbs used, their wattage, and the efficiency of the system. This ensures continuous operation even during extended periods of power outage.

6. Hybrid Functionality: The system can charge from both solar panels and the grid (Umeme). This hybrid capability ensures flexibility and reliability in charging the battery, allowing it to function as a backup power source regardless of the availability of sunlight.

7. Reliability: By combining solar power with grid backup, the system offers a reliable solution for powering poultry farms, reducing dependence on the grid and mitigating the impact of power outages on farm operations.

Note:
System performance is dependent on the battery attaining full charge. Battery charging using Solar may be affected by several factors, including installation, and weather.