Power & Distribution Systems
Power & Distribution Systems
We design efficient, code-compliant electrical distribution systems that ensure reliable power delivery. We also perform electrical power calculations and load balance studies to identify inefficiencies and harmonics-helping you cut costs and reduce equipment wear. From primary distribution panels to subpanels and branch circuits, our solutions optimize performance, safety, and cost, while future-proofing your system for expansion and peak loads.
Efficiency-Driven Solutions
At Break Engineering, we specialize in delivering high-performance power and distribution solutions for commercial and industrial projects operating at 600 volts or less. Our engineering team conducts in-depth electrical power calculations and load balance studies to identify inefficiencies, voltage imbalances, and harmonics that can lead to higher operational costs, equipment stress, and unnecessary downtime. By addressing these issues proactively, we help you reduce energy waste, extend equipment lifespan, and improve overall system stability.
Whether your goal is energy cost savings, power factor correction, load optimization, or improved electrical reliability, our strategies are grounded in data-driven engineering principles. We design systems that deliver measurable improvements in performance while maximizing your Return on Investment (ROI). From upgrading outdated distribution systems to integrating renewable energy sources, we ensure every project is both technically sound and financially beneficial.
Our Approach
Our approach starts with a detailed analysis of your facility type, operational needs, and future growth plans. Every commercial or industrial site presents unique challenges-high motor loads in manufacturing, sensitive electronics in data centers, or fluctuating demand in mixed-use facilities. We assess these variables and develop a customized, code-compliant electrical distribution system that delivers consistent and reliable power.
We design systems from the ground up, including primary distribution panels, subpanels, and branch circuits, ensuring optimal load distribution and safety. Our engineering process integrates short-circuit analysis and protective device coordination, load balancing, and power factor correction to extend equipment life and ensure compliance with applicable codes and safety standards. For existing facilities that need fault current verification or arc flash labelling, our Short Circuit & Arc Flash Studies complement every power system design.
Future-proofing is at the heart of our designs. We account for system scalability, enabling seamless integration of additional equipment, peak load demands, and new technologies like Electric Vehicle (EV) charging stations or onsite battery storage-without costly redesigns. For facilities with flammable gases, combustible dusts, or explosive atmospheres, distribution design must respect classified zone boundaries — our Hazardous Area Assessments determine those boundaries before the electrical design begins.
Our Experience
Our track record covers a broad spectrum of projects:
- ▶ Office & Commercial Buildings: Designing simple yet reliable systems for standard office environments, ensuring efficient lighting, workstation power distribution, and redundancy for mission-critical areas.
- ▶ Complex Industrial Facilities: Creating intricate electrical hierarchies for manufacturing plants, including multiple Motor Control Centres (MCCs), harmonic filters, and power factor correction systems to maintain operational stability under heavy motor loads.
- ▶ EV Charging Infrastructure: Engineering full parking lot installations, from the main electrical service through subdistribution and feeders to individual EV chargers.
- ▶ Renewable Energy Integration: Designing large-scale rooftop solar photovoltaic (PV) systems with inverters and battery energy storage systems (BESS), ensuring smooth integration into existing power infrastructure.
- ▶ Campus & Multi-Building Sites: Implementing on-site power distribution networks between multiple buildings using underground feeders, designed for efficiency, reliability, and maintenance accessibility.
Why Partner With Us?
With our deep technical expertise and commitment to quality engineering, we ensure that your power and distribution system is built for safety, efficiency, and longevity. We combine field-tested design principles with the latest industry technologies to deliver systems that are both cost-effective and future-ready.
Whether you're upgrading an existing system, expanding operations, or building a new facility, Break Engineering delivers electrical engineering solutions that outperform standard designs-helping your business run more efficiently, safely, and profitably. Contact us today to discuss your project.