Transformer vs transformerless inverters are two types of inverters used in electrical systems. They have certain differences in their design, performance, and applications. IEETek‘s products may include transformer and transformerless inverters, depending on their specific applications and requirements. The choice between the two types of inverters depends on cost, size, efficiency, and the need for galvanic isolation in the system.
Commonality
IEETek’s product showcases commonality between Transformer inverters and transformerless inverters in terms of their functionality and purpose. Both types of inverters are used to convert direct current (DC) to alternating current (AC) for various applications. While the different designs and components result in different emphases, but taken together, they all appear to be safe and environmentally friendly.
Difference
Traditional inverters that employ a transformer to convert direct current (DC) energy from a battery or solar panels to alternating current (AC) energy are known as transformer inverters. These inverters use a transformer to increase the voltage and isolate the AC output from the DC input. The transformer offers galvanic isolation, which protects delicate devices from electrical noise and prevents electrical shocks. On the other hand, transformerless inverters are often larger, heavier, and more expensive.
Conclusion
Whether transformer inverters or transformerless inverters, they are used interchangeably, reflecting the progress of the times and the needs brought by the development of the people. IEETek’s products do not just stay in the traditional supply but make the market of inverters even better through continuous innovation.Constantly building green homes through eco-friendly hands.
