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Maximum Power Transfer Solution™ (MPTS™)
MPTS is the 21st century dynamic real-time electrical power management technology to revolutionize energy efficiency, enhance our environment, promote energy conservation and decrease operating costs. MPTS is power conditioning, management and reporting, voltage stabilizing, surge arresting, harmonic filtration, power factor correction and a renewable energy source.
Quality with Performance
Moritz Hermann von Jacobi wrote the Maximum Power Transfer Theorem
“Maximum power is transferred when the internal resistance of the source equals the resistance of the load, where the external resistance can be varied and the internal resistance is constant”
Maximum Power Transfer Theorem … known as Jacobi’s Law of 1840 ...
It could only be technologically proven in 2001 with the advent of the 4Mb chip!
Why MPTS™? ... What clients want
Architect / Design Engineer
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Reduce Watts per sq. ft. and CO₂ emissions
Board of Directors
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Decrease CO₂ emission/social responsibility
Chief Executive Officer - CEO
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Protect the investment in expensive equipment
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Protect equipment failures; reduce down time
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Delay aging of electrical/electronics equipment
Chief Financial Officer - CFO
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Create internal cash flow
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Avoid emergency funds use from failures
Chief Operations Officer - COO
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Decrease operating costs
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Delay equipment aging or replacement
Chief Sustainability Officer - CSO
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Decrease total power demand and consumption
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Save energy and reduce CO₂ emissions
Facility/Plant Engineer
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Release electrical capacity
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Reduce service, repair and maintenance costs
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Connect more loads to existing electrical panels
Why MPTS?
Configuration
MPTS™ typical one-line configuration
MPTS™ Purpose
When connected to an electrical AC complex network of loads, MPTS™ dynamically matches the source and load impedances resulting in reduced total power consumption and efficiency improvement almost close to 100%. The non-intrusive nature of MPTS™ enables most electrical technicians to connect it within a short period (hours). MPTS™ is always connected preceding the electrical load.
When MPTS™ is in operation, it precisely senses the supply input and demand output parameters, adjusts the resonance of the resulting network loop, then synchronizes and optimizes the output. This occurs at an extremely high speed in the device due to the highly advanced electronics, algorithm controlled proprietary devices used and subsequently eliminates (most) power waste. This consequently reduces total energy consumption, reducing KVA requirements by significant levels and enhancing the electrical efficiency of the network, thereby minimizing and eliminating waste.
MPTS™ is designed in a modular configuration to enable competitive resourcing, ease of manufacture, and maintenance and repair. MPTS™ technology has been developed to be extremely robust, flexible, and reliable for the widest possible applications.
Models
MPTS™ Models
Model Detail
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