force energy saver

Completelux, LLC.

Contents

• FORCE Project Flow

• FORCE Working Principals

• FORCE Pilot Process

• FORCE vs. other technologies

• FORCE Reference Sites

• FORCE Patent & Performance

Test Results

8044 Montgomery Rd. Suite 700/ Cincinnati, OH 45236/ [email protected]

Force Pilot Project process Flow

Initial Presentation

Analyzing Existing

Power Usage

(Electricity Bill & Main Panel Capacity)

Customer proposal, Pilot Contract signing and

Installing Power Saver

Gathering Power usage

Data (2 Months)

Savings Analysis/Review

Post Pilot Savings Presentation to

Customer

Customer Purchase and

Payment

Power Savings (15 yrs.)


FORCE working principals

Effects of harmonic distortion on existing system

◈ FORCE reduces the loss of electrons and stabilizes the Sine wave of current thereby adjusting harmonic distortion and high frequency and other conditions.

The 3rd,5th,7th,9th level of harmonic distortion -> causes electric leakage By installing FORCE ESS there is a 20~30% reduction of harmonic distortion Reduction of harmonic distortion alone will save between 1-5% of electrical energy consumption.

Before THD : 25.5% THD : 14.5%

Motor and generator

1. Overheating

2. Efficiency drop

3. Loss of power and pulse generation

4. Reduced life of the equipment

Transformer

1, Increase of self Resistance, Hysteresis

and Eddy Current Loss

2. Noise and Heat

3. Reduction of Capacity

Power Cable

1. Overheating

2. Generation of Corona

3. Reduction of Capacity

4. Distortion of temperance

Electronic condenser

1. Electronic Resonance

2. Poor insulation from high temperature

3. Shorter life time for Condenser

Electrical Energy Cost Saving

Reduction of Impedance

Improved Reactive Power

Harmonic Distortion

Adjustment

Reduction of Electricity

Leakage

After


FORCE working Principals (cont’d)

• The major material is EMF-7 which is made of Nano-sized mineral materials.

• EMF-7 has the special characteristic generating small amount of surplus negative electrons

through electro-chemical reaction.

• The surplus negative electron is introduced into the electrical system thereby stabilizing

electron balance. And increasing the electron density.

• The surplus negative electron (reduces electric cable’s resistance, 0.1mA) immediately

diminishes leakage, and harmonic distortion.

Internal Component and explanation of Power Saver

EMF-6: emission anion layer

EMF-7: emission subtle current layer

(produce electric/magnetic field)

Copper plate layer: part of ionization

electrification

FORCE working principals (cont’d)

Working Principal of FORCE

Surplus electron emission conditions

harmonic distortion and leakage

Surplus negative electron introduction

= Increase in electron balance,

Increases efficiency of system electron

transfer and flow.

FORCE working principals (cont’d)

Diminish Impedance; Improvement Principle

• Minimizes the power wasting by reducing Impedance. The value of I is influenced by R(Resistance) and the actual alternating

current electricity the value of Impedance give influence over the phase difference at the value of I and the alternating voltage.

• Impedance presents problems with the electron flow at alternating current circuit.

• As the complex number, the real income in part is the resistance and the imaginary quantity in part is reactance and is the

vector that can present the size as well as the phase.

• The complex number Z = R + 1/jwc + jwL (j is the imaginary number)

• In case of high frequency, the FORCE increases the phase gap of the load. The power saving system of FORCE reduces

resistance by the high speed surplus negative electron.

• The FORCE power saving system provides the stability and restores balance. The surplus negative electron is similar to a

special Task Force.

• Besides the electron wave of 50Hz~60Hz at the electric line, the various waves such as low frequency, extremely low

frequency, harmonic distortion and high frequency interrupt the sine wave which results in loss of efficiency.

• FORCE is an entirely new technology and is very different from current competing technology that are on the market which use

condenser, capacitors and transformers.

• The conducting resistance at the end load is reduced thereby diminishing the level of heat occurrence.

• FORCE affects the devices which cause Harmonic Distortion and High Frequency because of the EMI shielding effect of

FORCE elements.


FORCE Pilot Process

Before installation of FORCE

• Install Power Analyzer or Power Meter to Main or sub panel where FORCE is to be

installed and obtain all power consumption details such as Power Factor, Harmonics,

High/Low Frequencies, KW, KVA, etc. for a period of two weeks. This is very important for

final comparison as well as FORCE product size determination.

• All of the information obtained will be converted into excel format to easily generate

graphs, source data is never changed and will always be available to Customer.

After installation of FORCE

• Install FORCE and Power Meter to same panel as described above.

• Obtain all power consumption details such as Power Factor, Harmonics, High/Low

Frequencies, KW, KVA, etc. for a period of two months.

• All of the gathered information is converted into excel format to easily generate

graphs

• Compare all the data gathered by Power Meter before and after installing FORCE and

generate graphs for easy savings demonstration and explanation.

FORCE Energy Savings effect VS. other technologies.

Capacitor TVSS (SPD) AVR FORCE

Process Improving Power Factor

Controlling Equipment

overload

Protecting against

equipment

overload

Stabilizes system

through electron

generation

Savings Type Capacitor Built In Inverter Voltage Drop Power

Connection Parallel Serial Serial Parallel

Voltage Drop No Yes Yes No

Reactive Power Improved Improved None Improved

Active Power None Reduced Reduced Reduced

Weakness Fails Easily, negative side

effects such as harmonic

distortion, high

frequency, buzzing noise

Additional Expense

required, high failure rate,

high maintenance costs

Extremely Unsafe,

damaging to loads

and fires can also

occur

N/A

Lifetime 2-5 Years 5-10 Years About 7 Years Over 15 years

Savings 2% to 3% 2% 1% to 2% 5% to 20%

PERFORMANCE TESTED AND SAVINGS

PROVEN BY TWO INDEPENDENT

LABORATORIES. SGS GLOBAL AND TUV,

DETAILED REPORTS ARE AVAILABLE

UPON REQUEST.

FORCE Reference Example

Sector: Industrial

Details: Total Install

Installed capacity : 400kw

Energy Savings Rate : 10.88 %




• Sector: Education• Details : Partial Install• Capacity : 200kw• Energy Savings Rate : 12%

Parallel connected at R.S.T.N phase.

FORCEs inside switch panel.



• Sector: Industrial• Details : Partial Install• Capacity : 500kw• Energy Savings Rate : 7.83%


• Sector: Housing• Details: Partial Install• Capacity: 1,000kw• Energy Savings Rate:9.02%

Parallel connection at

R.S.T.N phase.

TR 1 -500 kva TR 2 -500 kva

Place units inside

switching box.



• Sector: Retail Shopping• Details: Total Install• Capacity : 1,000kw• Energy Savings Rate: 18.59%


Additional FORCE Reference Sites

Sector When Capacity Efficiency Sale type

Gas station 2007.09.15 20kw 11.06% Finance

Printing 2007.11.08 200kw 7.43% Purchase

Manufacturer 2007.02.28 100kw 14% Purchase

MART 2007.11.22 20kw 10% Finance

Manufacturer 2007.12.04 75kw 13.6% Finance

Restaurant 2008.05.03 30kw 11.6% Purchase

Restaurant 2008.05.09 30kw 12.1% Purchase

Manufacturer 2007.11.17 400kw 14.45% Purchase


Total FORCE Sites-By Industry Type (Over 700 installations completed worldwide)

8.9% 3.2%

15.4%

9.9%

14.7%

10.2%

Manufacturing Industry 10.9%

8.1%

8.3%

Total

Education

Service Manufacture

Press Furniture

Casting/Welding

Food

Injection Molding

Others


FORCE Active Patents


FORCE Performance Tests (Others Available)

※ Field Test Results -Electric Energy

Saving( % ) per each Transformers

TR-1 : 11.3%

TR-2 : 4.5%

TR-3 : 6%

TR-1 (Before) TR-2 (Before) TR-3 (Before)

TR-1 (After) TR-2 (After) TR-3 (After)


force energy saver

Technology

existingsystem force

force ess

electron flow

electron density

loss of power

value of impedance

explanation of power

alternating current