The principal distinguishing features of our device "module optimizer - ECOD» and other voltage regulator in the power supply. 1. The efficiency of our devices is 0.997 (all known stabilizers for industrial use, efficiency does not exceed 0.96) 2. The transmission ratio of the electric power network by the electromagnetic load our device is 1:15 While all known stabilizers for industrial use power transmission ratio is 1: 2 (this means that the capacity of the autotransformer all other known stabilizers for industrial use shall be not less than half the power of the load, which means that these devices are more dimensions, the greater the weight, cost a lot more. These devices consume up to 5% of the electricity for their own needs - in connection with which the devices does not make sense to use optimizers as power consumption. 3. The power load can vary from 0 to 100%, which does not affect the quality of regulation. 4. The regulatory process takes place without breaking the circuit and distortion sine wave voltage. 5. Performance when switching does not exceed 20 ms. 6. High efficiency and low cost devices allows their use in electric networks with a voltage of more than 220V to optimize energy consumption, with payback periods of less than 1.5 years, which can not provide any of the known devices.

1. Best solution for Energy
Consumption Optimazation

2. Module- optimizer ECOD

3. Feigin Electric solution-Module
Optimizer “ECOD”
 New product which allows you to optimize the
voltage within the norms laid down by
international standards of quality electricity.
 By optimizing the consumption savings of up to
10% more.
 Registers the change of power quality input and
output devices.
 Measures and records the power consumption and
energy consumption in almost any period of time.
 The device operates in three phases simultaneously.
 Increases the lifetime of electrical production.
 Not sensitive to instantaneous load.
 Large high contrast display with instant readings of
the physical quantities of electricity.
 Programming with the unit.
.

4. Description and application Our goal in the development of:
 Transformer circuit without introducing harmonic distortion.
 Output voltage network standards.
 Current on demand - improving the electric starter motors and reactive load.
 Small domestic energy consumption.
 High reliability.
 Low cost.
 Lineup covers any load current. 50, 100 , 200 ...
 Lightweight.
 Ruggedness to the climatic conditions.
 Economic effect. 10% or more
 The outer and inner assembly.
 Possibility of remote monitoring. Micrologic
 The ability to implement in a computer network companies. Modbus
 Readings consumption standards. ISO
 Programming for the options you want in your network. ION Setup
 Reliable components. Schneider-Electric
 Quick modular repair.
 Quick return on investment.
 Not a complicated installation.
 Overvoltage protection.
 Comparing these factors you will not find analogues!

5. Operation principle

6. The principal distinguishing features of our device "module
optimizer - ECOD» and other voltage regulator in the power
supply.
1. The efficiency of our devices is 0.997 (all known stabilizers for industrial use,
efficiency does not exceed 0.96)
2. 2. The transmission ratio of the electric power network by the electromagnetic load
our device is 1:15 While all known stabilizers for industrial use power transmission
ratio is 1: 2 (this means that the capacity of the autotransformer all other known
stabilizers for industrial use shall be not less than half the power of the load, which
means that these devices are more dimensions, the greater the weight, cost a lot more.
These devices consume up to 5% of the electricity for their own needs - in connection
with which the devices does not make sense to use optimizers as power consumption.
3. 3. The power load can vary from 0 to 100%, which does not affect the quality of
regulation.
4. 4. The regulatory process takes place without breaking the circuit and distortion sine
wave voltage.
5. 5. Performance when switching does not exceed 20 ms.
6. 6. High efficiency and low cost devices allows their use in electric networks with a
voltage of more than 220V to optimize energy consumption, with payback periods of
less than 1.5 years, which can not provide any of the known devices.

7. Implementation Principle

8. Implementation Principle
 Street Lighting
 Module-Optimizer “ECOD” provides up to 28% energy savings for the
following reason: Voltage control of a network of street lights reduces the
cost of maintenance of lamp replacement.
 Module-Optimizer “ECOD” allows lighting fixtures require a lower amount
of energy without affecting the amount of lighting, but significantly reduces
cost.
 Advantages include:
 Easy installation, anywhere. A lightweight and compact unit means easy
installation on any open apparatus for lighting control.
 Fast return on investment within 10 – 24 months.
 Reduces the cost of maintenance by prolonging the life of lamps.
 No additional charges to the existing infrastructure. The finished product
Module-Optimizer “ECOD” lighting provides immediate energy efficiency
and savings.

9. Implementation Principle

10. Implementation Principle

11. Basic economic effects from the
use of our equipment:
1. The total result of implementation of equipment in the energy system of the
country, can be optimization up to 10-20% of electricity consumption, and
thereby actually get new free capacity in a range of 10-20% of the existing
ones.
2. Increase in the 1.5-2.5 times the service life of electrical equipment.
3. An increase of 10-15% Stability power producers (all generators electric
stations throughout the country's energy system).
4. Due to the integrated use of our equipment in the power system of the
country, you can increase price of a kilowatt of electricity by 10-20% without
any impact on economy and population. The total value of payments will not
increase, because of reduced consumption due to optimization. The resulting
income can be used for modernization of electric networks and construction of
new power plants, which will be necessary to build due to increase in electricity
consumption.

12. Best Solutions to optimize energy
consumption!
 Do you know that current in a socket never complying
with standards 220 V or 230 V, 110 V or 120 V? Yes, that
statement is absolute truth.
 You barely found 220 V or 230V, 110 V or 120 V
(depends on country accepted standard) it’s almost
always plus or minus 5-10%.
 Usually, in large cities voltage close to the upper
tolerance range.

13. Best Solutions to optimize energy
consumption!
 For example, in a country where 220 V taken as a
basic in network will be 225V-235V and even more.
Distributors increase the voltage to control subsidence
at peak power consumption.
 This increase is a main cause of "unnecessary"
electricity use and unreasonable electric bill.
 By implementing our technology electricity
distributors simply can optimize consumption by
reducing the voltage to the border which close to
the lowest acceptable standards.

14. Best Solutions to optimize energy
consumption!
 Why when you reduce the voltage decreases
consumption?
 The answer is simple: kW=U ( Volts) * I
(Amps)*1000*PF
 I = U / R- Ohm's law.
 So when we reduce the Voltage that we reduce the
strength of the current (Amps) , respectively we
reduce consumption (kW)

15. For example in the area of Pattaya Beach Road, Walking Street in line voltage is greater
than 240 volts. Therefore, many overpay for electricity. Often fail electrical equipment.
Often burn out bulbs. We installed on our test unit test on Beach Road in the jewelry
store Chada. Optimization of energy consumption has turned out more than 15%.