Energy Saving Technology Improving energy efficiency - it is a big macroeconomic problem, and the expected impact of its decisions depends not only on the reduction of energy consumption, but also on the launch of new innovative processes, from the introduction of advanced technology solutions. Our company offers a range of measures, whose main purpose is to optimize the energy consumption for the end user. Оur equipment Module- stabilizer for voltage regulation to optimize power consumption with power-saving features and control modes of operation of the induction motor. Module- stabilizer "ECOD" (Energy Consumption Optimizer Device) Our equipment provides the control input voltage operating range of 170-260 V and a single-stage regulation for each phase separately.

1. Energy Saving Technology
in cooperation with
Innovative energy-saving systems
for the electric power lines
of 0.4 kV voltage class

2. FROM THE PRESIDENT
Improving energy efficiency - it is a big macroeconomic problem,
and depends not only on the reduction of energy consumption, but
also from the launch of new innovative processes, from the
introduction of advanced technology solutions.
Our company offers a range of measures, whose main purpose is to
optimize the energy consumption for the end user. Proper
distribution of energy consumption allows you to get a 5% -10%
"energy reserve ". Thus we get the additional power without building
new generating capacity.
- Andrew Dmitrev
President of FEIGIN ELECTRIC C., LTD.
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3. The main problems of the electrical
network are overvoltage and insufficiency
of voltage.
In recent decades, the demand for electricity is
growing. In order to ensure the supply of the
required voltage level for all users on the same
infrastructure, and given the fact that the voltage
fluctuates constantly within ± 10% due to changes in
demand for the network, many institutions receive
higher voltage than actually required ,which leads to
energy consumption, equipment failure, and reduce
the lifetime of the equipment.
When the voltage stabilize at an optimal level, you
not only reduce the loss and save energy but also
extends the lifespan of the equipment.
-helps to solve the problem
of overload on the network, problem insufficiency of
load on the network and the optimization of energy
consumption.
Module-stabilizer ECOD
voltage optimization solution
Integrated Controller provides optimized energy
level voltage for all loads and provides energy
savings. The system includes the capability of
programming, energy management and
measurement, as well as protection mechanisms,
including automatic and manual shift mode, the
Bypass.
Our equipment provides the control input voltage
operating range of 170-260 V and a regulation for
each phase separately.
Module-stabilizer for voltage regulation to optimize power consumption with
power-saving features and control modes of operation of the induction motor.
Module-stabilizer ECOD (Energy Consumption Optimizer Device)
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4. Key operational features of our equipment
The power saving function is based on the
optimization of electricity within acceptable
technical standards for electrical equipment, by
adjusting the supply voltage.
Our equipment partially prevents the penetration of
the load pulse , high-frequency noise and remove
long sagging of voltage.
Coefficient Efficiency of our device is more than
99,7%.
The main distinction of our equipment from other
systems of stabilizers and UPS
In our equipment to adjust voltage in the power
supply network with high level of consumption of 35
kW, 50 kW, 100 kW, 200 kW, are used transformers
of the low power of 1 kW - 6 kW. Thus, we come to
efficiency of the our equipment of 99,7%. It means
that, for regulation of voltage and optimization of
electricity consumption, our device uses only 0,03%
of energy.
Similar efficiency has no one stabilizer and UPS in
the world. And only our exclusive and patented
system allows to achieve high efficiency.
“Our device actually optimizes
consumption and saves energy”
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BLOCK OF DIFFERENTIAL PROTECTION
Designed for the protection of control systems
POWER UNIT
Designed for the protection of power systems
POWER TERMINAL BLOCK “LOAD”
Designed for switching chains supplying power
COMMUNICATION BLOCK
Realizes communitions connected with the charge of
the working regime of the normalizek
CONTROL BLOCK WITH A SYSTEM OF INDICATION
Designed for the output of control signals
LEAD-IN AUTOMATIC SWITCH
Is a protection communication demice of the normalizer
BLOCK OF PHASE SNABBERS
Is a phase electric filter
POWER ELECTRO-MAGNETIC TRANFORMERS
Are designed for realizing functions of electro-magnetic
phase impact
COMMUNICATION BLOCK

5. THE SCOPE OF OUR EQUIPMENT
1
Commercial and industrial buildings (hotels, office
buildings, shopping centers, factories)
Better quality of energy entering the equipment
allows reduction of volumes of energy consumption.
Helps to extend the service life of electrical
equipment and reduces cost of its maintenance and
infrastructure by protecting it from power surges
and maximum simultaneous demands at start.
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Induction Motors
Protects motors from power surges and saving
energy, when motors working not on full power. Also
reduces the risk of tripping when the motor voltage
drops below acceptable, which is very important for
factories with a continuous production cycle.
2
Street Lighting
Module-stabilizer ECOD provides up to 28%
energy savings due to the following factors: voltage
control in a network of street lighting and reduce
the cost of maintenance and lamp replacement.
Thanks Module-stabilizer ECOD lighting fixtures
served on a limited amount of energy that does not
affect the lighting, but significantly reduces costs.
Advantages of the system include:
• Install anywhere: Lightweight and compact size
allow you to install it on any open application for
lighting control;
• Fast payback of 10-24 months;
• Reduced maintenance costs: reducing stress
prolongs the life of the lamp;
• No changes to the existing infrastructure: the
finished product Module-stabilizer
ECODlighting provides immediate energy
efficiency and saving electricity.
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6. 4
Power grid areas (Long lines 0.4 kV)-Solutions for
objects with insufficient voltage
Reduces energy transmission losses. Reduces power
requirements by creating system energy reserve that
can be used for other needs.
No. 1, 2, and 3 - electricity consumers. On the diagram
below mentioned changes of the voltage after
FEIGIN ELECTRIC solution have been used.
If in electrical network for one consumer voltage is
too high (240-230V) which can be cause of damage
of electrical equipment, others suffering of
insufficiency of the voltage (209-190V) same time.
Transformer Substation
10/0.4 kVa
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Before 244 V
After 220 V
Before 239 V
After 220 V
Before 232 V
After 220 V
Before 227 V
After 220 V
Before 220 V
After 220 V
Before 208 V
After 220 V
Modular-stabilizer Modular-stabilizer
Modular-stabilizer Modular-stabilizer
Modular-stabilizer Modular-stabilizer
Modular-stabilizer Modular-stabilizer
Modular-stabilizer Modular-stabilizer
Modular-stabilizer

7. we help you to solve this problems
by using Module-stabilizer “ECOD”.
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8. MODULE-STABILIZER ECOD
OPERATING PRINCIPLE
1
Normal voltage in the main
At the heart of Module-stabilizer
ECOD technology is a small -
power transformer, which works as
an autotransformer with the
transformation ratio on the verge
of 1.
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Boosted voltage in the main
By way of switching-over the
loaded transformer’s high-voltage
winding without circuit break
Module-stabilizer ECOD selects
the optimum operation mode
depending on the conditions of
outer power lines.
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Reduced voltage in the main
Use of Module-stabilizer ECOD
helps to save between 7 to 20 % of
consumable electric power by
means of realization of optimum
operation for electricity consumers.
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W2 In
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9. “CURRENT-VOLTAGE” DIAGRAM
The main is
uncharged
(The equipment
switched off)
There is a demand appearing
in the main
(The electrical equipment was
switched on)
Actual current
Actual voltage
Switching on the Module-stabilizer “ECOD”
There is no increase of electric current intensity
during and after the voltage drop
“This result is energy saving”
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10. FEIGIN ELECTRIC Implementation Process.
- Analysis of the client’s power supply in order to detect its
problems and limitations.
- Recommendations for improvement; determination of the
FEIGIN ELECTRIC equipment configuration and investment cost.
- Equipment delivery, assembling, set-up, start-up and
commissioning activities.
- After-sales service and post-guarantee maintenance.
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