1. What is ULTRA? How does it work?
ULTRA is a revolutionary and patented technology developed with the aim of saving electricity which uses the energy of the electromagnetic field to equalize the "spin" of electrons. This effect results in a more efficient current flow that minimizes energy loss on the treated part of the circuit.
ULTRA devices work on the principle of magnetic wave energy by optimizing the circuit, without reducing the voltage. ULTRA reduces energy losses. When the ULTRA device is connected to the mains, infrared radiation from the ceramic plate inside the device occurs. On this occasion, in the chemical polymer unit of ULTR, electron energy is excited which results in the creation of additional electromagnetic radiation. During magnetic induction, which acts through cables, the energy of magnetic waves produces an added induced electromotive force on consumers which in turn results in a reduction in electricity consumption.
2. How much does ULTRA save energy depending on the type of load?
The specific saving rate depends on the actual working environment and the working mechanism of the load. Below is the average savings rate based on statistics from different test reports:
- At the expense of consumers in om consumers, the energy saving rate is less than 3%
- Increase light intensity by up to 5%.
- With inductive loads, the expected saving rate is 11%..
- At complex load: R + L mixture 8% is expected (where inductive load takes up more than
60% of the whole load system)
3. What is the lifespan of ULTRA units?
Since ULTRA uses patented technology that does not rely on any form of electronics or mechanical parts, the average lifespan is more than 10 years if ULTRA is used under recommended conditions.
4. What is the specificity and uniqueness of ULTRA devices?
The ULTRA device is a globally patented world energy saving equipment that does not use power factor compensation (PFC) or voltage regulation for saving energy.
ULTRA offers a new system based on innovative electron spinometry that makes your current electrical system more efficient.
The ULTRA system does not reduce the voltage of your current electrical system or circuit, nor does it take up significant space or consume energy to function.
In short, there is no other product on the market that saves energy more efficiently comparedto ULTRA.
5. How do I install my ULTRA device and how long does it take to install?
ULTRA uses parallel installation and is usually installed after the switch.
However, a branched installation for each circuit is also possible. Installation usually takes about 30 minutes per unit.
6. How can I determine which ULTRA unit is appropriate for my location or load?
You can find the most suitable unit by examining the model number of each ULTRA unit. The model number indicates the maximum capacity that the unit can adequately provide.
For example, the UR-30 model number can provide adequate energy-saving performance in a site that consumes a maximum of 30KVA.
This means that the ULTRA unit must have a capacity greater than the installation site or load. If your location consumes a maximum of 70kWh, the appropriate ULTRA model would be the UC-100.
To select the appropriate ULTRA model, you must first determine the main capacity of the transformer, the contracting capacity, the capacity of the switch and the actual maximum consumption. The amount of electricity you consume at your site is determined by the most appropriate ULTRA model.
Given the warranty conditions, the manufacturer's strict recommendation is that the implementation activity or installation be performed by authorized and certified partners!
7. How can I check my energy savings?
The best way to check energy savings is to monitor consumption regularly. This will give you the clearest and most significant indicator of energy savings. The easiest way to see how much you save energy is to look at the electricity bill after ULTRA is installed and compare
them with the same bills from the past period. It is also possible to install Data Logger to do specific readings for you from time to time.
8. Does ULTRA cause adverse effects on electrical systems, machinery or equipment?
ULTRA does not cause adverse effects on the installed system. Unlike other energy-saving devices that reduce voltage, ULTRA does not consume any voltage or electricity, so it will not affect your equipment or create a negative effect in the context of additional consumption.
9. How much energy does ULTRA consume?
ULTRA does not contain mechanical parts and does not pull any load, so it does not consume any energy.
10. What is the limit or capacity for ULTRA?
ULTRA can be used with low voltage loads of any size (single-phase and three-phase). With 11 sizes model, the ULTRA can be designed individually or in groups to suit the load of the object. There is no maximum or minimum load.
11. Does ULTRA optimize voltage?
No, ULTRA does not affect the voltage in the circuit. ULTRA optimizes the power supply environment in the circuit.
12. Is ULTRA a power factor correction device?
No, ULTRA is basically not a power factor correction device. However, a slight improvement in the power factor is possible through a reduction in resistance, as an added benefit.
13. Can ULTRA interfere with or damage electrical devices in any way?
No, ULTRA will not adversely affect system components, more precisely by its effect of reducing resistance in conductors will lead to reduced engine warm-up by 10% which ultimately extends service life by up to 30%.
14. What is the guaranteed savings?
Guaranteed savings from the manufacturer is 5%.
The guarantee provided by Fusionteam in the light of previous experience is 6%.
15. What is the price of the device and is one or more devices being installed?
15.1 The price of the ULTRA device is roughly 2 to 2.5 monthly electricity bills.
15.2. Depending on the configuration of the treated facility and the power plant, one or more devices can be installed, in order to meet the necessary conditions obtained by design.
16. What is the ROI or payback period for the investment?
The ROI is 24 to 30 months, depending on the system treated and the conditions that need to be met for ULTRA to work effectively.
