How does BOSHIDA DC power module reduce energy loss during transmission?
DC power module is a common power converter in electronic equipment. It can convert alternating current into stable direct current and has the advantages of high efficiency, low power consumption, and strong controllability. During the transmission process of the DC power module, a certain amount of energy loss will occur during the conversion of electrical energy. Therefore, how to reduce energy loss and improve conversion efficiency has become an important issue.
1. Reasonable selection of power modules
First of all, we should choose a suitable DC power module. Generally, high-quality converters can achieve higher conversion efficiency when the load current is small. We can start from the input voltage, output voltage and output current parameters of the power supply and select a power module with reasonable parameter configuration and stable performance to reduce the loss of electrical energy.
2. Reduce the resistance of the transmission circuit
During the transmission process of the DC power module, the resistance of the circuit will cause energy loss. Therefore, we need to reduce the resistance of the circuit to reduce electrical energy loss as much as possible while improving the efficiency of energy transmission. Common methods are to choose thinner wires, better insulation materials, and avoid bending of lines to reduce power loss.
3. Reasonably reduce the voltage
The loss of electrical energy is usually related to the voltage in the circuit. Therefore, reasonably reducing the voltage in the circuit can effectively reduce the loss of electrical energy. We can choose a suitable buck circuit to minimize the impact of voltage on electrical energy conversion, thereby improving the efficiency of energy transmission.
4. Use high-efficiency and energy-saving components
In the circuit design of DC power module, we should choose high-efficiency and energy-saving components. These components have excellent properties such as low power consumption, low loss and high conversion efficiency, and can effectively improve the efficiency of energy transmission. Common high-efficiency energy-saving components include MOSFET, IGBT, etc.
To sum up, how to reduce energy loss during the transmission process of DC power module requires starting from many aspects, including selecting the appropriate power module, reducing the resistance of the transmission circuit, reasonably reducing the voltage, and using efficient and energy-saving components, etc., in order to achieve High efficiency of energy transfer and low energy loss.