VE-B0M-IY-S

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

DC-DC converters are electronic devices that are used to convert voltage or current from one level to another, without altering the form of the energy being transferred. This means that the DC-DC converter can take a DC source peak voltage or current from one level, and transform it to another peak voltage or current in the same direction, without any alteration of the waveform. DC-DC converters are commonly used in battery-powered electronic equipment, in parallel with AC-DC converters, to provide power in a consistent and efficient manner.

One of the most popular DC-DC converters is VE-B0M-IY-S (VBOS), which stands for ‘Variable Energy Battery Optimizing Module - Integrated Yard Solution’. VBOS utilizes the highest peak storage capacity from a battery for steady-state operation, providing efficient and cost-effective electric power for applications such as solar lighting systems, renewable energy engineering, and intelligent transport systems.

VBOS Application Field

VBOS is a versatile DC-DC converter specially designed for controlling battery voltages. It is most commonly used in applications where a steady, reliable source of energy is required, such as solar-powered telecommunications equipment, motor control systems, and off-grid energy storage. The VBOS module can be used to convert any type of DC source into a consistent, reliable source that can be delivered to the desired component or system.

VBOS is also well-suited for use in mobile systems, where a compact solution is needed to provide energy for the system, and provide automatic, reliable power management. The module is constructed with an intelligent power management system and provides an ideal platform for reliable, regulated power delivery while taking up minimal physical space.

VBOS Working Principle

At its core, VBOS involves the transfer of energy between a source battery and a load device. The module is capable of controlling the voltage and current supplied to the output device, even if the input battery source’s voltage needs to be adjusted. This is done by continuously optimizing the maximum process efficiency, allowing for a low power loss and increased battery life.

The VBOS module features a range of protection mechanisms that help ensure the battery system is being operated efficiently and safely. These include a temperature protection, a monitoring circuit, and an electronic protection system. These functions help ensure that the battery will be charged and discharged correctly, that the equipment connected to the system is not damaged, and that the battery will be discharged safely.

VBOS also offers a range of monitoring functions to help monitor the performance of the system. This includes the monitoring of the energy transfer between the battery and the load device, as well as voltage and current readings. This provides the user with real-time information on their system’s performance, giving them greater control and assuring system performance.

By utilizing the VBOS module, users can be sure they are maximizing the power they are taking from their batteries, while also keeping their equipment safe. As such, the VBOS module is an ideal solution for anyone looking for reliable, regulated energy delivery, and efficient, low-loss power management.

The specific data is subject to PDF, and the above content is for reference