Overview

The ACDC module adopts a high-frequency isolation architecture. It is a modular converter product tailored for small and medium-sized industrial and commercial energy storage systems, supporting both grid-connected and off-grid operations. The module enables bidirectional energy flow and accommodates a super-wide range of battery voltages, making it compatible with various battery types to meet diverse application scenarios. It fits standard cabinet widths and features hot-swappable functionality for easy maintenance.

This power supply is widely used in energy storage, battery formation, emergency power supplies, device aging, and many other fields. It is the top choice for industries requiring bidirectional energy flow.

Product Advantages

Enhanced Safety and Reliability

• Full high-frequency isolation design ensures safety between batteries and the grid/load.
• DSP+CPLD full digital control with multi-level software and hardware protection against overcurrent, overvoltage, and overtemperature ensures safety and reliability.
• Dual DSP design guarantees stable and reliable performance.
• Reliable parallel function facilitates easy power expansion, supporting up to 32 modules in parallel.
• Strong grid adaptability.

Higher Efficiency

• Compared to traditional bidirectional power solutions, the elimination of the line-frequency transformer results in higher high-frequency isolation efficiency, exceeding 95%.
• AC/DC employs three-level technology, achieving a peak efficiency of 98%.
• DC/DC utilizes soft-switching resonant technology, reaching a peak efficiency of 98%.

Smarter and User-Friendly

• Supports seamless switching between grid-connected and off-grid modes with STS modules.
• Covers multiple battery voltage levels for passenger vehicles (200V~1000Vdc), offering a wide battery voltage range.
• Supports both grid-connected and off-grid functions.
• Intelligent fan speed control reduces power consumption and noise.

Lower Cost

• Compared to traditional bidirectional power solutions, high-frequency isolation eliminates the line-frequency isolation transformer, reducing system costs.
• Integrates charging and inversion functions into one circuit, consolidating charge and discharge functions and lowering costs.

More Flexible Configuration

• Supports 19-inch standard rack installation with a compact structure.
• Modules feature hot-swappable design for flexible system configuration.
• Facilitates system integrators in flexibly designing various forms of energy storage or battery formation systems.

Application Areas

Energy Storage (Electric Vehicle Energy Storage V2G)

With the increasing number of electric vehicles, it is projected that there will be 80 million electric vehicles by 2030. Massive electric vehicles can serve as both flexible loads on the user side and distributed power sources, helping to regulate grid load, shave peaks and fill valleys, absorb renewable energy, and provide auxiliary services such as frequency regulation and backup for the grid, reducing distribution network investment.

This electric vehicle energy storage V2G, or bidirectional DC charging pile, can both charge and discharge with a maximum power of 250kW, covering the power demands of most current DC charging piles. It enables bidirectional energy flow between electric vehicles and the grid, allowing electric vehicles to charge with cheap or off-peak electricity and discharge during peak hours, enabling vehicle owners to earn electricity price differentials. It enhances load flexibility, reduces distribution network investment, absorbs clean energy, boosts the development of the electric vehicle industry, and reduces the land footprint of public charging facilities.

Energy Storage (Grid-Connected/Off-Grid Type)

This product is suitable for small and medium-sized industrial and commercial energy storage, such as peak shaving and valley filling, with configurations like 30kW/60kWh or 50/60kW 100kWh. Paired with STS, it can build small and medium-sized microgrids, providing power to loads during grid outages.

DC Power Supply Aging

DC power supplies, such as charging pile modules, power operation power supplies, and communication power supplies, generate significant power loss when loaded with resistive or electronic loads during production aging. If these DC power supplies are connected to V2G modules during the aging process, electricity can be fed back to the grid, saving at least 95% of electricity, reducing the owner’s electricity costs, and lowering production costs.

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