Solutions

Reinigen for a panel. MPTS for the whole facility.

Two ways to correct power factor and harmonics, each sized from measurements of your own system.

Reinigen

A wall-mounted unit for one 480 V three-phase panel or switchboard: 60–120 kVAR of dynamic reactive compensation, with harmonic mitigation and load-unbalance correction.

Fits: Individual panels, smaller services and lower-load areas
Start with: Six-month rental, $15,000

Reinigen specifications

Facility wide

MPTS

By Trans Power Company

A cabinet system installed in parallel at the main service. The H240 serves services up to 1,000 A and the H490 up to 2,000 A; units combine for larger facilities.

Fits: 480 V three-phase services carrying roughly 150 kW or more
Start with: Monitoring meter, $5,000, credited to the system

MPTS specifications

Which One Fits

Start from the size of the problem.

Attribute	Reinigen	MPTS
Scope	One panel or switchboard	The whole facility, at the main service
Service	480 V three-phase, 4-wire	480 V three-phase
Correction	60–120 kVAR per unit; units connect in parallel	H240: 200 kVAR, services to 1,000 A. H490: 400 kVAR, services to 2,000 A
Typical load	Smaller panels and lower-load areas	Roughly 150 kW or more
Start with	Six-month rental, $15,000	Monitoring meter, $5,000, credited to the system
Made by	Accentz, Inc., Aurora, Colorado	Trans Power Company, its developer and patent holder

Estimate it first: the Which Unit Fits calculator

Around the Equipment

Measurement comes with every project.

Power-quality survey

A walk-through of your distribution, loads and operating conditions, and the concerns your team already has.

Temporary monitoring

Professional metering of voltage, current, kW, kVA, kVAR, power factor, harmonics, imbalance and transients.

Engineering report

Root causes, their technical and financial impact, and corrective actions in priority order.

Performance verification

Measurement after installation, and yearly if you want it, so the result stays documented.

Compare Technologies

How MPTS compares with other power-conditioning equipment.

Swipe the table sideways to see every column.

Technology	Voltage regulation	Surge protection	Noise filtering	Harmonic mitigation	Power-factor correction	Load balancing	Backup power	Monitoring & controls	Best for
Surge protector / TVSS	No	Yes	Limited	No	No	No	No	No	Protection from spikes
Voltage regulator / stabilizer	Yes	Limited	Limited	No	No	No	No	Basic	Voltage-sensitive equipment
Line / noise filter	No	No	Yes	No	No	No	No	No	Reducing EMI and RFI noise
Passive harmonic filter	No	No	No	Yes, specific frequencies	No	No	No	Basic	Harmonic-heavy loads
Active harmonic filter	Limited	No	Yes	Yes, specific frequencies	No	Yes	No	Yes	Dynamic harmonics and imbalance
UPS	Yes	Yes	Yes	No	No	No	Yes	Yes	Critical loads that need backup
APFC panel / capacitor bank	No	No	No	No	Yes	No	No	Basic	Correcting low power factor
Integrated power conditioner	Yes	Yes	Yes	Yes, up to the 13th	Optional	Yes	No	Yes, advanced	General power-quality improvement
MPTS	Yes, optimizes V and I	Yes	Yes	Yes, full spectrum	Yes	Yes	No	Yes, advanced	Comprehensive power quality with dynamic correction

Source: Trans Power Company’s comparison of power-conditioning technologies.