Motor Control Center (MCC): Streamlining Power Distribution with Containerization

Motor Control Center (MCC): Streamlining Power Distribution with Containerization

Motor Control Centers (MCCs) play a vital role in managing and distributing electrical power in industrial settings. With advancements in modularization and containerization, MCCs can now be housed within containers, offering enhanced flexibility, mobility, and ease of installation. In this blog post, we will delve into the concept of MCCs and explore the benefits and applications of containerized MCC solutions for applications like powering modular process plants.

Understanding Motor Control Centers

Motor Control Centers are centralized panels that house electrical motor starters, drives, and other control devices required for managing and protecting motors within industrial systems. MCCs provide a secure and organized platform for efficient power distribution, motor control, and monitoring. Traditionally, MCCs were built as standalone structures, occupying significant space and requiring extensive on-site construction.

Containerization of MCCs

Containerization brings a new level of efficiency and portability to MCCs. By integrating MCCs within specially designed containers, the entire motor control system becomes compact, transportable, and easier to install. Here’s how containerization benefits MCCs:

  1. Mobility and Flexibility: Containerized MCCs can be easily relocated or transported to different job sites, saving time and costs associated with building new MCC structures for each project. They are particularly advantageous for temporary or remote locations that require rapid deployment or frequent repositioning.
  2. Space Optimization: Containerized MCCs offer space-saving benefits, especially in environments with limited footprint. By utilizing the vertical space within the container, MCC components can be efficiently arranged, ensuring efficient use of available area.
  3. Weatherproof Protection: Containers provide a robust enclosure, protecting the MCC equipment from harsh weather conditions, dust, and other environmental factors. This ensures reliable operation and longevity of the motor control system even in challenging industrial environments.
  4. Rapid Installation: Containerized MCCs are pre-fabricated and pre-wired, minimizing on-site installation time. Once the container arrives at the desired location, it can be easily connected to the power source and motor loads, significantly reducing installation and commissioning timelines.
  5. Scalability and Expandability: Containerized MCCs are designed to accommodate future expansions or modifications. Additional containers can be added to the system to incorporate new motors or equipment, providing scalability as industrial processes evolve.

Applications of Containerized MCCs

Containerized MCCs find applications in various industries, including oil and gas, mining, manufacturing and fabrication, construction, and temporary power installations. They are particularly valuable in scenarios such as:

  1. Construction Sites: Containerized MCCs offer portable and temporary power distribution solutions during construction projects, enabling efficient control of multiple motors and equipment on-site.
  2. Remote Locations: Industries operating in remote or off-grid areas, such as mining or oil exploration sites (enhanced oil recovery), benefit from containerized MCCs that provide self-contained power distribution capabilities.
  3. Events and Festivals: Temporary power requirements for events or festivals can be efficiently met with containerized MCCs, ensuring reliable and safe electrical power distribution.


Containerization of Motor Control Centers revolutionizes power distribution by providing flexibility, mobility, and ease of installation. These containerized solutions optimize space, streamline operations, and offer versatility for a wide range of industries. As technology advances, containerized MCCs continue to pave the way for efficient and adaptable power management in industrial environments. There ISO accredited companies like ProProcess that can accurately execute MCCs for your applications.