Custom Electrical Control Systems
ENGINEERED SOLUTIONS FOR
power distribution, safety, and reliability
At Enercon, we don’t believe in one-size-fits-all. Every electrical control challenge deserves a unique solution. That’s why our experienced engineers partner directly with your team to develop custom electrical control systems designed around your specific power requirements and operational goals.
We help clients select the right components, ensuring compatibility, energy efficiency, and long-term performance. Our design services cover a broad range of applications—from low-voltage and medium-voltage switchgear to highly sophisticated automation strategies for commercial, municipal, and military use cases.
Proven Engineering for Critical Power Applications
Trusted by Defense, Utilities, and OEMs Nationwide with over 50 years of experience in the power industry, Enercon is a trusted name in power control system design for mission-critical industries. Our engineering team has supported high-stakes projects across defense, utility, data centers, and industrial manufacturing.
We are experts in system integration, providing complete solutions that connect seamlessly across your electrical infrastructure. Our ability to solve complex power challenges makes us a go-to partner for OEMs, contractors, and engineers alike.
Ready to simplify your power control system? Let's design a smarter, safer, and more efficient solution—built around your needs.
Why Enercon?
Custom Power System Design
We design custom power control systems tailored to complex electrical and automation needs.
Industry Experience
With over 45 years of experience, we bring proven expertise to every project across critical industries.
OEM Partner to Major Power Equipment Brands
As an OEM partner, we build with trusted components from industry-leading manufacturers.
Engineered for Reliability and Worker Safety
Our systems are engineered for maximum reliability, worker safety, and long-term performance.
Electrical Engineering FAQ
A well-structured RFQ should include load requirements, voltage classifications, redundancy expectations, environmental conditions, and any applicable compliance standards. It should also outline integration needs with existing infrastructure, automation requirements, and future scalability considerations. Providing detailed operational parameters allows engineers to design a system that meets both performance and reliability expectations.
Designing for high availability requires a layered approach that includes redundant power paths, automatic transfer capabilities, and real-time system monitoring. Engineers evaluate load criticality, uptime requirements, and failure scenarios to develop architectures that support continuous operation. This often includes integrating backup power systems, implementing fault-tolerant designs, and ensuring seamless system interoperability.
Component selection is based on load profiles, fault current requirements, voltage levels, and operational demands. Engineers also evaluate manufacturer compatibility, lifecycle performance, and efficiency ratings to ensure long-term reliability. For complex environments, component standardization and serviceability are also key considerations to reduce maintenance risk and downtime.
Modern power control systems are designed to function as fully integrated environments, where switchgear, automation controls, and monitoring platforms communicate seamlessly. This level of integration enables centralized visibility, predictive maintenance, and optimized load management. It also simplifies operations and improves response times during system events.
Custom systems are engineered with future expansion in mind by incorporating modular designs, flexible distribution architecture, and capacity planning. This allows additional loads, equipment, or facilities to be integrated without requiring a full system redesign. Scalability is especially important in industries like datacenters where demand can increase rapidly.
Common strategies include N+1, 2N, and distributed redundancy models, depending on uptime requirements and risk tolerance. These designs ensure that backup components or systems can immediately take over in the event of a failure. In datacenters and other critical environments, redundancy is a core requirement to maintain continuous operations and prevent costly downtime.
Engineering solutions are designed to meet applicable codes and standards such as NEC, NFPA, and industry-specific regulations. Safety is addressed through proper system grounding, fault protection, arc flash mitigation, and equipment layout design. Compliance is integrated into the design process to ensure systems are both safe to operate and ready for inspection and certification.
WE ARE HERE TO HELP
Our team is here to support you and solve your power challenges. Connect with our experts today to learn about our customized power solutions and products.