Mini Sun Power Saver - How to Save Electricity with our Power Saver

Energy Saver that reduces your Electrical Consumption

:: Product Feature

Here is a smart way to reduce 10% to 20% of your electricity consumption
monthly. This new innovative device can filter the supply voltage while
improving the efficiency and power factor of your electricity consumed.

This Device is able to store electricity for 5 to 10 seconds and release it
for use doing downside voltage. It can also improve safety by reducing
the overheating of electrical wiring, hence reducing the size of wiring an
copper loss. (Precaution should be observed here, this does not imply
that attaching multiple units of the power saver will drastically reduce
power consumption in all cases. Please consult a trained electrician if
advice is necessary.)

Most homes have consistently shown that one unit of the Power Saver
will save 3 to 4kWh per day, based on electrical consumption of 30kWh
per day. The amount depends on few factors such as the type of electrical
appliance use, the amount of electrical use and location. Places near to
shops, restaurants and light industries where voltage supply is unstable
and fluctuating will see higher savings.

In addition to extending the life span of appliance motor, this device also
reduces the reactive power generated by inductive loads. It helps the
utility companies by eliminating interference to the power supply. This
Power Saver is tested in performance by PSB (Singapore).

A Test Result from PSB Corporation (Singapore) on a set of fluorescent tube.
View Test Report - Click Here

:: Technical Aspect

There are two components of power: reactive power and working (real) power.

- Reactive power (kVAR) is used to create EMF in the inductive loads in your home
and business. This power performs no "real" work.

- Working power (kW) is the power that performs the function of the load.

- These two components combine to formulate Apparent Power (kVA), the total power
which the load consumes. Apparent power is equal to the square root (sqrt) of kW2 +
kVAR2.

- Power Factor is the ratio of working power (kW) to apparent power (kVA). In other
words looking at all the power that a load consumes, how much of it (percentage
wise) is used to perform the real work?

Obviously, the lower the power factor, the lower the ratio between the apparent power
and the working power, the more inefficient the load is.

The Mini Sun Power Saver improve the power factor by reducing the amount of
reactive power (kVAR) that the load draws from the utility company. This is
accomplished by supplying the reactive power locally at the load by the use of
capacitors. Capacitors store the reactive power (kVAR) needed for the creation of the
EMF within the inductive load. As the motor operates, this reactive power is "pulled"
and "pushed" to and from the capacitors by the motor. In simpler terms, it can said
that inductive receivers (motors, etc) consume reactive energy, while capacitor
(capacitive receivers) produce reactive energy. Therefore the amount of reactive
power purchased from the utility company by a power factor optimization has been
greatly reduced, or eliminated.

Conclusion - Benefit of increased Power Factor

Consumers whose applicable tariffs include MD charges and Power Factor
surcharge shall be able to reduce their energy demand as well as consumption and
thus will benefit from both the reduced cost of energy and reduced consumption of
electricity. As for consumers whose applicable tariffs do not include MD charges and
Power Factor surcharge shall benefit from the reduction in energy consumption due
to increased efficiency of their electrical appliances, reduces in losses and better
voltage profiles.