Resilience
Reduce exposure to outages and infrastructure disruptions by designing around critical loads, continuity requirements and recovery priorities.
Energy infrastructure · engineered around your operation
Make power an operational advantage.
SOPIQ Power helps organizations build more resilient, efficient and intelligent energy infrastructure. We start with the facility, the load and the business risk — then identify and integrate the technologies that best fit the need.
Technology-neutral approach
Resilience + efficiency
AI-enabled monitoring
WOSB Certified
Why infrastructure matters
Your equipment only performs as well as the power feeding it.
Our beer analogy makes power quality visible: when electrical infrastructure is unstable, the “foam” shows up as waste, disruption, equipment stress and lost productivity.
SOPIQ Power — Energy Infrastructure & Efficiency
Read the transcript and a description of this video
Running time 1:02. The video is narrated and uses on-screen graphics.
0:00 A glass fills with beer. The head of foam settles above the liquid.
0:05 The full glass is labelled in two parts. The foam is marked power you pay for, described as wasted, unproductive power. The beer below it is marked power that does useful work, described as clean, productive, usable power. The analogy: a facility is billed for the whole glass but only the beer does the job.
0:12 Four panels headed poor power quality can lead to: higher costs, shown as a rising cost curve on a kilowatt meter; heat and stress, shown as a thermometer; equipment wear, shown as an industrial motor; and downtime and risk, shown as a system-down alarm.
0:20 A diagram headed the right energy infrastructure, designed for your operation. Five inputs, the utility grid, solar energy, generator power, battery storage and other sources, are routed into a single facility. Five capabilities are listed across the bottom: power quality, protection, control and automation, energy storage, and reliability and resilience.
0:27 A section headed intelligence makes it smarter, with the line: AI-powered operational intelligence sees it, predicts it, acts on it. A five-step loop builds on screen: monitor real-time data, analyse patterns and detect anomalies, predict issues and performance trends, recommend actionable steps, and optimise through automated or guided action. Four measured outcomes are shown: performance up, energy intensity down, reliability up, operating cost down. Along the bottom: reduce downtime, lower operating costs, extend equipment life, improve sustainability, drive continuous improvement.
0:37 A section headed the right infrastructure, the right intelligence, better performance. Eight sectors are shown: manufacturing, healthcare, data centers, commercial, higher education, food and beverage, critical infrastructure, and hospitality. Beneath them a five-stage engagement runs left to right: assess, understand your operations and goals; design, engineer the right solution for your needs; integrate, seamlessly integrate technologies for maximum performance; monitor, AI-powered intelligence provides continuous insight; and optimize, continuously improve performance, efficiency and resilience. The SOPIQ mark appears with the line: the right solution for your business.
0:47 A closing card on white with the SOPIQ logo and the question: ready to improve your power quality, mitigate downtime and extend the life of your infrastructure? Contact details follow.
The SOPIQ Power framework
Four dimensions of better energy infrastructure.
We do not begin with a product. We begin with the operating outcome, then build the solution around the technologies, controls and partners required to achieve it.
Efficiency
Find avoidable energy cost, peak-demand pressure, inefficient equipment behavior and operating practices that make power more expensive than it needs to be.
Intelligence
Bring metering, controls, analytics and AI-enabled monitoring together so energy performance becomes measurable, visible and actionable.
Sustainability
Evaluate renewable generation, storage, electrification and lower-carbon strategies without separating sustainability from reliability and economics.
Solution architecture
The right infrastructure is rarely one piece of equipment.
SOPIQ Power can evaluate and coordinate a portfolio of technologies based on the facility’s electrical profile, risk tolerance, economics and future plans.
Power resilience
Backup generation, energy storage, transfer and distribution strategies, critical-load planning and continuity architecture.
Power quality
Voltage stability, transient protection, harmonic mitigation, conditioning and solutions intended to protect sensitive or process-critical equipment.
Energy optimization
Load profiling, demand management, controls, scheduling and operating strategies that target avoidable consumption and cost.
Renewables & storage
Solar, storage and complementary technologies evaluated as part of a complete facility strategy rather than as isolated projects.
AI monitoring & controls
Data collection, alerts, analytics and AI-assisted operational intelligence to help facilities see abnormal conditions and improvement opportunities.
Integration & project coordination
SOPIQ assembles qualified technology, engineering and installation partners appropriate to the selected solution and coordinates the path from assessment through operation.
How we work
Facility first. Technology second.
That sequence protects the customer from forcing a product into a problem it was not designed to solve.
01 · DISCOVER
Understand the operation
Facility priorities, electrical spend, load characteristics, downtime exposure, equipment sensitivity and growth plans.
02 · ASSESS
Define the opportunity
Identify resilience gaps, power-quality concerns, energy-cost drivers and infrastructure constraints that warrant deeper engineering.
03 · DESIGN
Build the solution stack
Select the mix of technologies, partners and commercial structures that best fit the operational and financial requirements.
04 · OPTIMIZE
Measure and improve
Use monitoring, controls and operational data to validate results and identify the next opportunity for efficiency.
Built for energy-intensive operations
Where reliability and power economics matter.
We focus on facilities where electrical performance has a direct relationship to uptime, product quality, customer experience or operating cost.
ManufacturingData CentersHealthcareHotels & ResortsCold StorageFood & BeveragePharmaceutical & Medical DeviceCommercial FacilitiesMulti-Family & Senior LivingMunicipal & Public FacilitiesOil, Gas & IndustrialEV & Fleet Infrastructure
FAQ
Straight answers about SOPIQ Power.
Does SOPIQ Power manufacture energy equipment?
No. SOPIQ Power is a solution and integration practice. We evaluate facility needs and work with appropriate technology, engineering and installation partners.
Are you tied to one technology?
Our website is intentionally technology-neutral. The recommended architecture depends on the customer’s load, infrastructure, operational risk, location and economics.
Can you work with equipment we already have?
Yes. Existing generators, solar, storage, switchgear, controls and monitoring should be considered before recommending additional infrastructure.
Do you provide engineering?
Where licensed engineering is required, SOPIQ works with qualified engineering partners as part of the project team.
Can solutions qualify for incentives or financing?
Some energy technologies or project structures may qualify for federal, state, local or utility programs. Eligibility depends on the specific equipment, project, taxpayer and current rules, so incentives are evaluated at the project level.
What is the first step?
A short facility conversation: annual or monthly electrical spend, approximate demand, major loads, outage concerns, existing equipment and the operational outcome you want to improve.
Start with the facility
Tell us what your power is costing — or what it is putting at risk.
We’ll help determine whether there is a practical infrastructure opportunity worth pursuing.
Talk to SOPIQ Power