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ESD(Energy Saving Device)

Principle of Product

It improves the conductivity of electricity to realize electrical energy savings

Improving Current Flow

Free electron generation, Increased electron density

Improved conductivity

Power savings effectiveness

Reduced impedance, Heat loss, Noise, Vibration, Harmonic distortion

Principle of Product

Compare Similar Products

Classification
FORCE
A
B
C
Method
Current Improvement
Reactive Power
Inverter
Voltage Drop
Connection
Separate Connection
Parallel Connection
Serial Connection
Serial Connection
Voltage Drop
X
X
X
Reactive Power
Improve △
Improve ○
-
-
Active Power
Reduce ○
Reduce △
Reduce ○
Reduce ○
Lifetime
10 years or More
7 years
-
-
Power Savings
Reduce 5~15%
Condenser effect is noticeable
20% or more
20% or more
Disadvantages
None
Has a history of fire
High investment cost / Generates noise and interference that can affect sensitive electronic devices
Reduce illuminance(Lighting) / Increased current(Motor) may cause fire

Active & Reactive power

Active power & Reactive power

Reactive Power

(kVAR)

Active [Real] Power

(kW)

Apparent Power

(kVA)

◀ Example

  • Cup    =  500 cc

  • Form  =  100 cc

  • Beer   =  400 cc

                                                                                                                                                                            

  • Pay     =  400 cc × kW unit Price

Condenser / Capacitor compensates Reactive Power(kVAR), But we are paying for Active Power(kW)

Residential or small businesses DO NOT Qualify for Reactive Power compensation benefits

But, the FORCE reduces the usage of Active [Real] Power(kW) to make customers pay less

Water

Flow

Bubble

(kVAR)

Water

(kW)

" If there is an Air Bubble, then Water(current) CAN NOT flow well. "

FORCE CAN remove the Air Bubble(kVAR) to make water flow(Current) well. In other words, The FORCE improves the water(Current) flows to use water(Electricity) more efficiently.

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