Power Distribution Design
Complete power distribution network design, optimization, and implementation. Micro grid integration, smart grid connectivity, and load optimization for diverse facility types. We design systems that are scalable, reliable, and ready for future expansion.
Capabilities
- Distribution system design and optimization
- Micro grid and smart grid integration
- Load management and optimization
- Power quality improvement
- Redundant power path design
- Future expansion planning and scalable architecture
Learn more
Field-tested guides relevant to this service, written for the engineers, operations leaders, and facility managers responsible for the decision.
What Is a Switchgear Retrofit, and When Does Your Facility Need One?
A practical guide to switchgear retrofitting: what it is, when it makes sense, the standards that govern it, and the risks of getting it wrong. Written for facility managers, plant engineers, and operations leaders responsible for aging electrical infrastructure.
Read the guidePower System Integration: Why the Components Are Only Half the Job
Most "switchgear problems" are actually integration problems. A guide to what system integration really involves in mission-critical power infrastructure, the standards that govern it, the protocols that make or break it, and how to evaluate an integrator before you sign anything.
Read the guideKnow What Your Facility Actually Spends on Power: A Field Guide to Monitoring, Submetering, and Cost Visibility
Most facility owners can read the monthly utility bill but cannot tell you what a single floor, process, or tenant actually spends. This guide breaks down what real facility monitoring looks like: signal quality, the cost categories the utility bill hides, submetering for allocation, and how platforms like ControlCom Connect turn raw data into operational decisions.
Read the guideWhat Is Paralleling Switchgear? A Power Engineer's Guide
A practical, engineer-level walkthrough of paralleling switchgear: what it is, the components inside the lineup, the step-by-step sequence by which generators synchronize and share load, the topologies that show up in healthcare, data centers, utilities, and water treatment, and the criteria for choosing between retrofit and replacement.
Read the guideSwitchgear Retrofit vs Replacement: A Decision Guide
Retrofitting and replacing switchgear are both valid engineering paths. This guide breaks down what each scope actually entails, the five-factor framework engineers use to choose between them, industry-specific considerations for healthcare, data centers, utilities, and water treatment, and the persistent myths that distort the conversation.
Read the guideSwitchboard vs Switchgear: What's the Difference?
Switchboards and switchgear can look similar in a lineup photo but answer to different standards, fault duties, and operational expectations. This guide compares them attribute by attribute, explains the engineering distinctions that decide which one a facility actually needs, and identifies the NEC articles that effectively mandate switchgear over switchboards.
Read the guideSwitchgear Lead Times in 2026: Why Retrofit Often Beats the Wait
New switchgear lead times in 2026 are running 12 to 18 months for low-voltage assemblies and 14 to 24 months for medium-voltage. This guide breaks down the lead-time picture by equipment type, the four structural drivers of the backlog, and why retrofit timelines (6 to 20 weeks) are different in kind, not just degree.
Read the guideIndustries Served
Built for mission-critical facilities.
Power Distribution Design engineered for the operational realities of the industries that depend on uninterrupted power.
Ready to Modernize Your Critical Infrastructure?
Let's discuss how we can upgrade your systems with zero downtime and vendor-neutral solutions that keep your operations running smoothly.