Stop pouring off electrical foam.
Unlock the capacity you already pay for.
A 30bbl brewery is a multi-voltage, motor-intensive plant. Peak demand can exceed 120 kW across three voltage classes. PMCS Power reduces the electrical waste inside that load and converts it into measurable capacity, lower cost, and fewer interruptions
Increased Capacity
Recovers up to 20% more usable capacity from the existing service. Supports added fermenters, a centrifuge, or a second packaging shift without a service upgrade.
Lower Cost
Reduces billed kVA demand, power-factor penalties, and distribution losses. Savings are reported as kWh per barrel brewed and packaged.
Reduced Risk
Stabilizes voltage during knockout, crash cooling, centrifuge acceleration, and packaging, the states that produce PLC resets and drive faults.
Extended Asset Life
Lower RMS current and reduced harmonic heating mean less thermal stress on glycol compressors, VFDs, motors, and transformers.
120+ kW
Peak facility demand
30 HP
Glycol chiller, dual compressor
15-20 HP
VFD centrifuge, harmonic source
0.95-0.99
True PF target
Every function in one cabinet.
Every benefit measured and guaranteed.
The left wheel shows the functions the system performs continuously across the brew day. The right wheel shows the results delivered to the brewery, verified before and after installation under matched brewing, packaging, cooling, and sanitation cycles.
Total power factor, harmonic mitigation, voltage stabilization, surge suppression, impedance matching, load balance, demand power.
Avoided operating expense, deferred capital expense, increased capacity, minimized downtime, less repair and maintenance, and longer equipment life.
Read, Report, Restore, Report
An EMS or BMS reports the condition and waits for a human to act. PMCS records the baseline, applies correction mid-brew, then records the restored condition.
No capacitor banks.
No harmonic filters.
No maintenance.
Clear Boundary
PMCS does not replace CO2 detection, emergency exhaust, hazardous-location classification, or code compliance. Life-safety systems remain independently engineered.
How we get started: zero-risk performance guarantee.
A PMCS power-quality improvement system measures the brewery before and after installation, so decisions are based on measured results, not estimates. Validate on one service, then scale with the appropriate PMCS model(s)
1. Identify Location
You select the service or panel most likely to benefit, typically the brewhouse and cellar main or the packaging and refrigeration bus.
2. Collect & Assess
24 months of utility bills, 15-minute interval data (kW / kVA / kVAR / PF), single-line drawings, and MRO cost-center reports (Maintenance, Repair, Operations).
3. Findings & Proposal
Measured PF and harmonic exposure, projected OPEX avoided and CAPEX deferred, ROI, and a written performance guarantee.
4. Your Decision
Measured results determine how many Reinigen units the facility needs. Rent, lease, or purchase, each with a full-refund trial window.
5. Install & Measure
Your technician installs the meter and CT connection in under two hours. We compare one-week pre- and one-week post-PMCS measurements, then compare them to the utility’s 15-minute interval data.
6. Document Results
A pre- and post-installation comparison report covering executive, financial, and technical results, which the brewery keeps in all cases.
Risk-free / Money-back Guarantee
Rent 6-12 months: 30-day trial.
Lease 2-5 years: 60-day trial.
Purchase outright: 90-day trial.
A No-Go at any window means we remove the technology and issue a 100% refund. Rent-to-lease and lease-to-purchase paths are available.
What we need to begin
One pilot location. 24 months of utility bills (PDF). 24 months of 15-minute interval data (CSV). Electrical single-line drawings. 24 months of electromechanical cost-center reports.
Contact us at brewery@pmcspower.com