ENERGY AUDITING / POWER QUALITY
Know your power. Improve what matters.
From measured energy use to power factor and motor performance, we help industrial and commercial teams understand their electrical systems and act with confidence.
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FACILITY POWER PROFILE
● MEASURED
AUDIT / ACTION
Clarity first
Find where energy, reactive power, and motor loads create opportunity.
An assessment-led approach, built around your actual operating conditions.
THREE CONNECTED DISCIPLINES
Measure the system. Then make the right move.
The best solution starts with a clear baseline. We connect field findings with practical improvements in efficiency, power quality, and process control.
Energy auditing
Review load profiles, consumption patterns, and power-quality conditions to reveal where improvements are worth pursuing.
SVG & power factor correction
Address reactive power with a static var generator and a correction approach matched to changing facility loads.
VFD solutions
Control motor speed to better match process demand, reduce unnecessary energy use, and support smoother operation.
START WITH THE SYMPTOM
Not sure which solution you need? Start with what you notice.
You do not need to diagnose the electrical system before calling us. These are common signs that a closer look may help.
Your electricity bill keeps rising
An energy audit maps when and where power is used. It helps identify the loads and operating patterns behind the cost before you buy equipment.
You see low power factor or utility penalties
Motors and changing loads can draw reactive power. An SVG adjusts compensation as demand changes, helping improve power factor where fixed steps are not responsive enough.
Motors hit hard when they start
A VFD brings a motor up to speed gradually instead of all at once. It can reduce startup current and can save energy when the process does not need full speed.
A CLOSER LOOK AT VFDs
Motor control sized to the job.
A variable frequency drive controls motor speed and starting. For pumps, fans, conveyors, and other suitable loads, that means smoother acceleration and speed matched to actual demand.
HB-H6 brochure range: 0.4–3.7 kW for single-phase 220 V input / three-phase 220 V output; 0.75–315 kW for three-phase 380 V input / output. Final sizing depends on motor duty, load, and installation conditions.
Reference: supplied HB-H6 series brochure. Ask our team to confirm the current model and availability for your site.
FROM DATA TO DECISIONS
A practical path from site readings to a better-fit solution.
Every facility has its own load mix, operating schedule, and electrical constraints. We start with what the system is doing today before recommending corrective equipment or controls.
Recommendations follow the findings—not a one-size-fits-all product list.
Assess the facility
Review demand, power factor, motor loads, and the symptoms your team sees on site.
Prioritize the opportunity
Separate quick operational improvements from issues that need SVG, correction, or VFD design.
Plan implementation
Define a practical scope around your equipment, operating needs, and local support requirements.
REAL FACILITY STORIES
See what a measured solution can change.
Two projects show how motor starting and reactive power problems can affect day-to-day operations, and what changed after an assessment.
Industrial Manufacturing
Generator Rightsizing & Motor Inrush Reduction via VFD Retrofit
A plant reduced motor startup current and its generator capacity requirement by controlling how heavy motors ramp up.
75% lower startup inrush
Read the case study
Paper Packaging & Molding
Dynamic Power Factor Correction for a Paper Box Plant
A fast-changing press load was pulling power factor down. An SVG responded to the swings and removed utility surcharges.
PF ≥ 0.99 from 0.78
Read the case study
Ready to understand your facility’s power?
Tell us about your site, your loads, and the challenges you are seeing. Our team can help scope an energy and power-quality assessment.
Request a site assessment