DC/DC

ProductSolutionCaseDownload

Sag governance

ProductSolutionCaseDownload

DC charging pile

ProductSolutionCaseDownload

DC-UPS

ProductSolutionCaseDownload

Battery test

ProductSolutionCaseDownload

Car power

ProductSolutionCaseDownload

PCS & energy

ProductSolutionCaseDownload

Energy saving

ProductSolutionCaseDownload

Service

ServiceWitnessTechnicalFAQPurchase

contact

AboutOrganizationHonorMarketContactMapJoinNews

CN

Company profile

Shanghai Wenlida Power Electronics: High-Power Bidirectional DCDC, Opening a New Era of Power Conversion

Release time:2025-05-27
In today's rapidly evolving power electronics technology landscape, efficient and stable power conversion equipment has become a critical requirement across numerous fields. With its outstanding technical strength, Shanghai Wenlida Power Electronics Co., Ltd. has launched a series of high-performance high-power bidirectional DCDC products, providing reliable solutions for various application scenarios. Today, let's take an in-depth look at this remarkable product.
I. Product Overview
The high-power bidirectional DCDC products of Shanghai Wenlida feature an ultra-wide voltage range from 60V to 2400V, with a power coverage from 2KW to 150KW. The single modules can be paralleled, greatly expanding the flexibility and applicability of its applications. Whether in new energy vehicles, energy storage systems, or industrial automation, these products can deliver excellent performance.
II. Analysis of Core Parameters
1. Voltage Range: 60V - 2400V
Such a broad input and output voltage range enables this device to be compatible with power supplies and loads of various voltage levels. In the field of new energy vehicles, it can meet the battery voltage requirements of different vehicle models, enabling efficient energy conversion. In energy storage systems, it can flexibly interface with the voltage platforms of various energy storage batteries, ensuring stable energy storage and release.
2. Power Coverage: 2KW - 150KW
From low-power small-scale applications to high-power large-scale systems, this series of products can handle the tasks with ease. The power of a single module can be flexibly selected according to actual needs, and multi-module parallel connection is supported, further enhancing the overall power of the system to meet the requirements of large-scale power conversion. For example, in distributed energy generation systems, the parallel connection of multiple modules can achieve efficient processing of a large amount of electrical energy.
3. Efficiency: Up to 98%
High efficiency is a major highlight of this product. In an era where energy is increasingly precious, high conversion efficiency means lower energy loss and higher economic benefits. Take energy storage systems as an example; high conversion efficiency can reduce energy loss during the charging and discharging processes, extend the service life of energy storage devices, and lower operating costs.
4. Current Capacity: Customizable
Wenlida fully considers the diverse current requirements of different application scenarios and offers customizable current capacities. Whether it is precision equipment requiring small currents or high-power loads demanding large currents, perfect matching solutions can be obtained through customized services.
5. Communication Interfaces: Multiple Communication Protocols Supported, such as CAN and RS485
The rich communication interfaces make it convenient for the device to integrate and communicate with other systems. Through CAN or RS485 interfaces, remote monitoring, parameter setting, and fault diagnosis of the device can be achieved, improving the intelligent management level of the system. In smart grid systems, it can communicate in real-time with the host computer to achieve precise control of the power conversion process.
6. Protection Functions: Multiple Protections, including Over-voltage, Over-current, and Over-heat Protection
To ensure the safe and stable operation of the device under various complex working conditions, this product is equipped with a complete set of protection functions. When abnormal situations such as over-voltage, over-current, or over-heating occur, the protection circuit will act quickly to cut off the circuit, prevent device damage, and guarantee the reliability and stability of the system. In industrial production environments, faced with voltage fluctuations, sudden load changes, and other situations, the multiple protection functions can effectively protect the device from damage.
III. Advantages of Single-module Parallel Connection
1. Flexible Power Expansion
Users can freely choose to use a single module or parallel multiple modules according to actual power requirements. This flexible configuration method avoids the trouble of replacing equipment due to insufficient power and also reduces initial investment costs. For example, in the backup power supply systems of data centers, as the business develops, the number of modules can be gradually increased to enhance the system power and meet the growing power demand.
2. Improved System Reliability
When multiple modules operate in parallel, if one module fails, the other modules can continue to work, ensuring the uninterrupted operation of the system. This redundant design greatly improves system reliability and reduces downtime caused by equipment failures, which is of great significance for application scenarios with extremely high requirements for power supply continuity, such as hospitals and financial institutions.
3. Convenient Maintenance and Upgrades
The single-module structure makes the maintenance and upgrading of the equipment more convenient. When it is necessary to replace a module or perform software upgrades, only a single module needs to be operated without affecting the normal operation of the entire system. This not only reduces maintenance costs but also improves maintenance efficiency, providing users with a better user experience.
IV. Wide Range of Application Areas
1. New Energy Vehicles
In electric vehicles and hybrid vehicles, this high-power bidirectional DCDC can achieve efficient energy conversion between the battery and the motor controller, enhancing the vehicle's power performance and driving range. At the same time, it can also be used in the vehicle's regenerative braking system, feeding back the energy generated during braking to the battery and improving energy utilization.
2. Energy Storage Systems
Whether it is photovoltaic energy storage, wind energy storage, or grid-side energy storage, Wenlida's bidirectional DCDC can play an important role. It can achieve two-way energy flow between energy storage batteries and the grid or other power sources, optimize the charging and discharging management of energy storage systems, and improve the stability and reliability of energy storage systems.
3. Industrial Automation
In industrial production, many devices require power supplies of different voltage levels. This product can achieve precise voltage conversion according to the requirements of the devices, providing stable and reliable power support for industrial automation production lines and ensuring the smooth progress of the production process.
4. Smart Grid
In the construction of smart grids, bidirectional DCDC can be used for the access of distributed power sources and the regulation of power quality. By flexibly controlling the two-way flow of electrical energy, peak shaving and valley filling of the grid can be achieved, improving the power supply efficiency and stability of the grid.
Shanghai Wenlida Power Electronics' 60V - 2400V high-power bidirectional DCDC, with its excellent parameter performance, unique advantages of single-module parallel connection, and wide range of application areas, is undoubtedly an outstanding product in the field of power conversion. It not only provides users with efficient and reliable power solutions but also contributes to promoting technological progress and sustainable development in various industries. If you are looking for a high-performance high-power bidirectional DCDC product, this product from Shanghai Wenlida is definitely worth your attention and choice.

021-31587108
Message
  Message         Complaint         Inquiry          Other
*
*
*
Please leave your real email or telephone so that our staff can reply and answer them in time!
*
*