Single Phase Inverters
Single-phase inverters convert a DC (direct current) input source into a single-phase AC (alternating current) output. Single-phase output inverters are usually suitable for applications with lower kVA requirements.
Axil IR Inverter
7.5 kVA
This inverter is equipped with a robust 70A charge current, ensuring efficient battery charging. It features an inbuilt pure copper transformer for enhanced durability and performance.
- Automatic three-stage battery charger
- Battery priority function (optional)
- RS232 interface (optional)
- Adjustable charge current (optional)
- Remote control (optional)
Axil CW Inverter
1.2 - 2.2 kVA
The single-phase inverter boasts a range of advanced features designed for optimal performance and versatility, making it a practical choice for diverse settings. Its high-frequency design ensures efficient operation, while the narrow and wide input range selection allows for adaptability to various power sources.
- Built-in AC charger
- Generator compatible
- Optional LED / LCD panel
- Cold start function
- Wall-mount compatible
Axil IS Inverter
3 kVA
The inverter features an intuitive LCD display for easy monitoring and operation, making it user-friendly and efficient. It is generator compatible, ensuring seamless integration with various power sources.
- 5 Level DIP switch for customized performance
- 9 Level selector (gel & lead-acid battery charging)
- DC (Solar) / AC priority (optional)
- 4 Adjustable charge current levels
- Power saver switch
What are the Advantages of Single-phase Inverters?
Single-phase inverters are particularly advantageous for residential and smaller commercial applications due to their efficiency, lower maintenance needs, cost-effectiveness, and positive environmental impact.
Efficiency
Single-phase inverters generally have a simpler design and lower switching losses compared to three-phase inverters, which can lead to improved efficiency in converting DC to AC power.
Maintenance
With fewer components and fewer potential failure points, single-phase inverters are often easier and less expensive to maintain.
Energy Saving
For residential or small commercial applications, single-phase inverters are typically sufficient, leading to cost savings in both the initial investment and operational costs. They can be more efficient at lower power outputs, making them suitable for energy-saving applications in homes.
Environmental Considerations
By enabling efficient energy use, single-phase inverters can contribute to lower carbon emissions. They facilitate the use of renewable energy sources (like solar panels) in residential settings, promoting sustainable energy practices.