MH Energy       Your Better Solar and Energy Partner

Leave Your Message
Single or Multiple Strings DCDC Rack Converter (100kW to 750kW)
Sinxel
750.jpg

Single or Multiple Strings DCDC Rack Converter (100kW to 750kW)

The DCDC Rack Converter is designed for high-efficiency, modular energy storage systems. It supports a wide DC voltage range and bidirectional power flow, making it suitable for various large-scale applications. The system's modular design and integrated MPPT (Maximum Power Point Tracking) technology allow for flexibility in energy management, ensuring that the system can be scaled as required, from 100kW to 750kW.

    Contact us Download
    product details

    description1

    Product Highlight

    01

    DC Voltage Range

    - 500Vdc to 1500Vdc, offering flexibility for integration with various energy storage systems.

    02

    Current

    - 100A * n (n=1 to 8), enabling scalability and multi-string support for higher power capacity.

    03

    Dimensions

    - 1200 x 970 x 2100 mm, providing a compact yet scalable solution for large installations.

    04

    Weight

    - Up to 845kg, designed to offer stability in large-scale energy systems.

    Key Features

    01

    Modular Design

    - The system is designed to be scalable, with 1 to 8 power modules, allowing easy expansion from 100kW to 750kW.

    - Flexible configuration ensures that energy systems can grow in capacity as needed.

    02

    MPPT Built-In

    - Integrated Maximum Power Point Tracking (MPPT) technology for optimizing energy harvesting from various energy sources such as solar panels.
     - Multiple MPPTs enable independent operation of different DC inputs, improving battery safety and efficiency.

    03

    Bidirectional Power Conversion

    - The system supports bidirectional power conversion, enabling both charging and discharging of the battery, which is essential for energy storage systems and peak shaving.

    04

    Wide DC Voltage Range

    - The 500Vdc to 1500Vdc voltage range offers compatibility with a variety of battery types and renewable energy sources.

    05

    Multiple Input and Output Options

    - 1/2/4 inputs and 1 output configurations offer flexibility for connecting multiple battery strings or other DC-powered sources.

    06

    High Efficiency

    - Peak efficiency of 98.96% ensures minimal energy loss during conversion, improving the overall cost-effectiveness and performance of the system.

    07

    Safety and Compatibility

    - Multi-string technology provides better battery safety and performance, with individual control of modules or groups of modules.
    - Compatible with various types of battery systems (e.g., lithium-ion, lead-acid, and sodium-ion batteries).

    08

    Intelligent Collaboration

    - Designed for intelligent collaboration with PV (photovoltaic) and battery systems, making it suitable for a wide range of renewable energy applications.

    09

    Flexible Applications

    - Ideal for front-of-meter and behind-the-meter installations, offering flexibility for grid-tied or off-grid systems.

    Project Showcase

    At MH Solar Energy, we believe in creating solutions that lead to a sustainable future.

    Off-grid solar power system
    01

    Off-grid solar power system

    2018-07-16
    Lorem ipsum dolor sit amet consectetur adipisicing elit. Id, nostrum porro eius ducimus eveniet ipsum minima dolores voluptas maiores odio dicta voluptatem autem dolore sequi voluptates, error, exercitationem neque beatae.
    view detail
    residential
    01

    residential

    2018-07-16
    Lorem ipsum dolor sit amet consectetur adipisicing elit. Id, nostrum porro eius ducimus eveniet ipsum minima dolores voluptas maiores odio dicta voluptatem autem dolore sequi voluptates, error, exercitationem neque beatae.
    view detail
    Commercial & Industrial
    01

    Commercial & Industrial

    2018-07-16
    Lorem ipsum dolor sit amet consectetur adipisicing elit. Id, nostrum porro eius ducimus eveniet ipsum minima dolores voluptas maiores odio dicta voluptatem autem dolore sequi voluptates, error, exercitationem neque beatae.
    view detail
    Energy storage system(ESS)
    01

    Energy storage system(ESS)

    2018-07-16
    Lorem ipsum dolor sit amet consectetur adipisicing elit. Id, nostrum porro eius ducimus eveniet ipsum minima dolores voluptas maiores odio dicta voluptatem autem dolore sequi voluptates, error, exercitationem neque beatae.
    view detail

    Applications

    750

    - Large-Scale Energy Storage Systems
    - Commercial and Industrial Applications
    - Renewable Energy Integration (Solar, Wind)
    - Grid Support and Frequency Regulation
    - Microgrid Solutions
    - Peak Shaving and Load Shifting
    - Energy Systems Requiring Modular Expansion

    Key Benefits

    01

    Scalable and Modular

    - The modular design and 1 to 8 power module configuration allow the system to scale from 100kW to 750kW, enabling future expansion.

    02

    High Efficiency

    - The system achieves peak efficiency of 98.96%, minimizing energy losses and enhancing overall system performance.

    03

    Multi-string Technology

    - Independent control of multiple strings ensures better battery performance and safety, enabling flexibility in energy storage and power optimization.

    04

    Wide Compatibility

    - Supports a variety of battery systems and renewable energy sources, making it suitable for diverse energy storage applications.

    05

    Safety and Flexibility

    - Designed with safety features and modular control to ensure reliable performance in various installations and environments.

    06

    Flexible Configurations

    - Multiple input and output options, as well as a wide DC voltage range, allow easy integration with existing energy systems and ensure future scalability.

    Conclusion

    750

    The DCDC Rack Converter is a high-efficiency, scalable, and flexible solution for large-scale energy storage systems. With its modular design, bidirectional power conversion, and integrated MPPT technology, it is well-suited for renewable energy integration, microgrids, and commercial or industrial applications. Its high efficiency, safety features, and compatibility with a wide range of battery systems ensure that it can meet the energy storage needs of both current and future energy systems.