Configured at Scale and Customized for the Application
Critical power projects have real differences: site constraints, available equipment, maintenance access, protection needs, technology requirements, and schedule pressure. Maverick Power addresses those differences through a process that combines customer-led configuration with engineering-led customization.
Every Maverick project begins with configuration. The sales team works with the customer to understand the application, specifications, operating priorities, timeline, and project constraints. That information becomes a configured quote built around the customer’s requirements.
The configured quote is the starting point, not the end of the engineering conversation. Maverick then uses its technical expertise to customize the solution around the realities of the project while maintaining the speed and repeatability of a scalable platform.
From Customer Needs to a Configured Quote
The most important work begins with listening. Maverick works with the customer to understand what the equipment must do, where it will operate, how it will be maintained, and what the project team needs to accomplish. Space, serviceability, protection, monitoring, interfaces, schedule, and future expansion can all shape the solution.
Sales translate those needs into a configured quote. The quote establishes the customer-specific starting point: the equipment type, scope, key components, electrical requirements, physical layout assumptions, and commercial path forward. It gives the customer and engineering a clear foundation for the next step.
Engineering Customizes the Solution
Engineering takes the configured quote, customer feedback, and project requirements and turns them into a customized solution. The team evaluates the full application, including the design intent, site conditions, component availability, physical constraints, integration requirements, and current technology options.
That customization may involve adjusting the arrangement of equipment, selecting available alternatives, refining controls or protection, improving service access, reducing footprint, or incorporating new technology. The objective is not variation for its own sake. It is to make the solution work better for the customer’s application.
The process also remains collaborative. Customer feedback continues to inform engineering decisions as the solution develops, helping the team address requirements early and keeping the final design aligned with the project.
What a Proven Design Framework Can Absorb
Maverick uses proven product capabilities, modular processes, and embedded intelligence as a scalable framework for customer-specific solutions. That framework can absorb substantial variation in layout, protection, enclosure, controls, interfaces, serviceability, and component selection while preserving the quality and repeatability of a disciplined manufacturing process.
The value comes from knowing where to adapt the solution. Engineering can use the configured quote and customer feedback to make practical design decisions that address the application without treating every project as one-off equipment.
Industry examples show how a proven design framework can absorb meaningful project variation. ABB’s MNS low-voltage switchgear uses a modular construction with configurable layouts and integrated components, showing how a repeatable platform can adapt to different applications and site constraints.
Siemens and Delta provide similar examples through prefabricated E-Houses and MV skids. Siemens describes its E-House offering as a customizable solution developed through a standardized plug-and-play approach.
Industry terminology varies, but the point is consistent: a scalable technical framework can support application-specific layout, equipment, controls, protection, interfaces, and other requirements without requiring every project to begin from scratch.
Source examples: ABB MNS Low Voltage Switchgear; Siemens E-House; Delta PCS3450 MV Skid.
A UL Gear Example
One Maverick project illustrates how that process works. The solution began with a configured low-voltage quote and was customized around the customer’s protection, serviceability, environmental, and grounding requirements.
The equipment is being deployed at a power-generation facility, where reliability, protection, and serviceability are central to the application.
The project required UL 1558 equipment with separate breaker, cable, control, and bus compartments. That compartmentalized design creates clearer separation between functions than more open low-voltage gear designs. The main air breakers were drawn-out, allowing the breaker to be removed and or replaced and, when operating conditions allow, without taking the entire board out of service.
The equipment also included two rings of arc-flash protection. Sensors wired throughout the lineup to detect heat, current, and light associated with an arc-flash event. Based on the sequence of operations, the system can open the main or tie breaker to protect the remaining equipment. A NEMA 3R enclosure provides weather-resistant protection for the application, while high-resistance grounding limited ground-fault current to a small, traceable level for alarming and monitoring.
These features were not added simply to make the equipment more complex. They reflect engineering decisions that help the solution fit the application, improve serviceability, protect the system, and address the customer’s operating environment within Maverick’s scalable platform.
Questions That Clarify the Right Approach
A useful evaluation starts with the application itself. What must the equipment do, where will it operate, how will it be maintained, and what does the customer need to accomplish? Those answers guide the configured quote and give Engineering a clear starting point.
The next question is what needs to be varied. Layout, protection, enclosure, monitoring, interfaces, component selection, serviceability, grounding, supply-chain availability, and technology requirements can each shape the customized solution in different ways.
Teams should also consider what the requirement materially affects. Electrical behavior, protection, environmental performance, maintainability, speed to delivery, manufacturing readiness, and field integration carry different consequences. Understanding those consequences helps Maverick apply the right engineering response early in the process.
Engineering the Right Degree of Flexibility
That process keeps flexibility disciplined. Engineering applies the right degree of customization to improve the solution for the application while preserving the quality, speed, and repeatability of Maverick’s scalable platform.
The work is in understanding what capabilities can be adapted, what constraints call for a different approach, and how to deliver the best outcome without adding unnecessary complexity. That is how Maverick creates customer-specific solutions that are practical to build, fast to deliver, and suited to the real project environment.
Customization Can Improve Speed and Value
Customization does not automatically mean higher cost or longer lead time. In many cases, it creates a faster and more practical path forward. Engineering expertise can identify alternatives that improve component availability, avoid long-lead items, simplify manufacturing, reduce field complexity, or make better use of the available space.
The result can be a solution that is faster to deliver, easier to integrate, and better suited to the application than a standard approach alone. Maverick’s value comes from applying the right engineering judgment early enough to improve the outcome before constraints become delayed.
Customer Specific Solutions with Scalable Repeatability
Maverick delivers customer-specific solutions with the speed and repeatability of a scalable platform, rather than treating every project as one-off equipment. We combine proven product capabilities, modular processes, embedded intelligence, disciplined engineering, and close customer collaboration to solve real project requirements.
That combination matters in critical power. Customers receive a solution tailored to their application, while Maverick retains the engineering discipline and manufacturing repeatability needed to support quality, reliability, and speed.
Engineering the Best and Fastest Solution
The right solution starts with a clear understanding of the customer’s needs. Maverick configures the quote around those needs, then customizes the solution through engineering expertise, customer feedback, and practical project knowledge.
By connecting the customer conversation, configured quote, and engineering process, Maverick delivers the best and fastest solution for the application.
Talk With Maverick Power
Bring Maverick your project requirements, constraints, and priorities. Our team will work with you to configure the right starting point and customize a solution that supports your schedule, application, and operating needs.
About Maverick Power
Maverick Power is an embedded original equipment manufacturer (EOEM) that engineers, integrates, manufactures, tests, and supports critical power infrastructure for data centers, healthcare facilities, industrial operations, and other mission-critical environments. By combining engineering expertise, advanced manufacturing, disciplined quality processes, and lifecycle support, Maverick Power develops power distribution solutions around real project requirements and helps customers move from design intent through delivery, commissioning support, and field service with greater confidence and accountability.