ULTRA Engineering

What’s ULTRA?

ULTRA provides a new approach to energy saving that combines state of the art technology with a range of models and bespoke installation to match our clients operational and energy consumption profiles. ULTRA will reduce an organizations carbon emissions and power consumption, delivering typical cost savings of 10-15% and a return on investment of less than 2 years.

Ultra can be installed alongside other existing energy saving solutions including Voltage Optimization, Power Factor Correction and Soft Start Technologies to deliver additional savings.

ULTRA Benefits

Targets

Ultra has been specifically engineered for commercial and industrial environments where inductive motor loads such as pumps, compressors, conveyors, air handling and cooling, heavy machinery and refrigeration equipment are present. Ultra can be also applied on residential sector which have high consumption loads.

ULTRA Principle

ULTRA is the premier Electric Current Optimization system that compensates for energy that is normally lost in Alternating Current (AC) systems without dropping voltage.
The main reactions within ULTRA occur between ceramic coatings, the ULTRA composite and the presence of the Alternating Magnetic Field (AMF) that accompanies all AC systems.
Far Infrared Ray that is emitted from the ceramic coatings activates the electrons in the ULTRA composite through Resonance Absorption. A Magnetic Interaction occurs between the activated electrons of the ULTRA composite and the AMF. This magnetic interaction generates magnetic wave energy and supplies it to the AC circuit.

ULTRA Performance

Optimum performance :

Optimum ULTRA performance can be achieved in:

– Loads where the demand factor exceeds 60%.

– Locations where the load factor exceeds 70%.

– Inductive loads where fluctuating current results in increased resistance.

 

ULTRA performance in different type of Loads :

• Inductive loads*, minimum savings rate will be 11%.

ULTRA operates most effectively in locations using a higher percentage of Inductive loads,

60% or more of inductive load usage results in greater efficiency and saving rate.

•  Mixed loads*, energy consumption will be at least 8% lower.

* Inductive loads include equipment like : refrigerators, motors, compressors, air-conditioners, washing machines and more…

*Most facilities use complex loads: office buildings, factories, supermarkets, residences and more…

 

How does it work ?

1. The internal ceramic coated layer radiates the far infrared ray of 8-11um wavelength which is the identical frequency range with ULTRA composition.

2. Resonance absorption occurs : * Resonance absorption is a phenomenon that activates the energy of vibration which coincides with each other.

 

3. The electrons of ULTRA composition activate, and its energy is amplified through resonance absorption

4. The electrons inside ULTRA composite that are activated by ceramic align as they interact with the alternating magnetic field generated from the AC power distribution system. As a result, the magnetic wave energy is generated.

5. The magnetic wave energy created is carried on the power line through electromagnetic, and is finally delivered to loads.

6. The magnetic wave energy created from ULTRA has the effect of reducing the user’s power consumption as it generates induced electromotive force on loads through power line.

Installation method

ULTRA Specification