Sakthi Electrical Control

Guaranteed savings up to 35% in lighting load and 15% in mixed load extends the life of discharge lamps and reduces replacement of chokes centralized installation without delamping or relamping guards the circuit from high voltage spikes and surges improves the power quality maintenance free with 20 years life span payback period is as low as one year eligible for 80% depreciation in the first year of its investment under income tax act marginal improvement in the power factor.

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/P

We manufacture high quality Energy Saver For Centralized Lighting & Mixed Load.

Benefits:

• Guaranteed Savings Around 25 % in Lighting Load (Savings depends on the input voltage).
• Extends the Life span of luminaries & Chokes.
• Improves Power factor.
• Safe guards circuits from high voltage.
• Maintenance Free life of over 15 Years.
• Highest return on investment, hence payback would be as low as 6 to 9 months, based on usage.
• 100 % value depreciable under income tax rules.

Specifications:

• Rated in KVA, ranging from 1 KVA to 750 KVA in single phase and three phase.
• It is framed with 16 gauge SWA CRCA sheet steel enclosure, duly powder coated, conforming to shade 631 of ISS
• High Efficient Circular ( Tyrroidal ) Transformers, Efficiency @ 99.9%
• Incoming Protection by MCCB of reputed make.
• On load By Pass system is available.
• Automatic Power Factor Controller ( A.P.F.C ) for Bigger Systems Available ( Optional ).
• Automatic Tap changer or Mode changer (Optional)

We offer wide range of Energy Savers for Industrial Lighting Technology.

Benefits:

• Guaranteed Savings Around 25 % in Lighting Load (Savings depends on the input voltage).
• Extends the Life span of luminaries & Chokes.
• Improves Power factor.
• Safe guards circuits from high voltage.
• Maintenance Free life of over 15 Years.
• Highest return on investment, hence payback would be as low as 6 to 9 months, based on usage.
• 100 % value depreciable under income tax rules.

Energy Savers for Industrial Lighting Technology:

• We install a panel board near to the lighting D.B in series with it, with Direct and Saver mode options (Change over Switch).
• We use Tyrroidal (Circular) high efficient transformers, (core imported ), Efficiency 99.9%,i.e. no load consumption is absolutely zero.
• Generally maintained voltage in any plant, is 415V in 3 phase or 240V in single phase, which is very good voltage for motors, not for lighting load. At 240V, high heating occurs and life of luminaries and chokes decreases. With our high efficient transformers, we maintain the optimum voltage for lighting load,i.e, around 215V instead of 240V. Thus 25 % savings occurs practically, in addition to this, life of luminaries and chokes gets improved, Since they work at cool environment and yearly maintenance of luminaries comes down. ( Heat Generated = I² x R x t Joules, since V = IR, if V is optimized, I reduces and automatically heat generated will be reduced, lesser the heat longer the life. )

• In addition, we incorporate APFC (Automatic Power Factor Controller) unit, with contactors and capacitor
  bank to maintain the power factor 0.99 absolutely. A.P.F.C will be incorporated from 75 KVA onwards, and for smaller systems, suitable capacitor bank will be installed.
• And eventually, we assure you around 25% savings practically.
• In general, our high efficient transformers life will be more than 20 years with out any maintenance.

Applications:

• Energy Saver For Lighting Load And Mixed Load In Bangalore

 

The Energy Saver is a highly advanced and sophisticated coil based power voltage optimizer that is installed at incoming electricity supply. It uses a tried and tested technology known as voltage or power optimization to control the voltage and suppressing the load harmonics on lighting and mixed load. This lowers the amount of kWh consumed, which is what electricity bills are calculated on and thus saves electrical energy.

Working Principle:

The Energy saver is a high efficiency device that optimizes the Voltage and Current (Static or dynamically) as the energy consumed increases in the approximately square of input voltage, hence the output energy would reach to an optimum level.

 

The diagram shows the main winding A and secondary winding B, which is the inverse, phase energy saving winding. When the supply current passes through winding A, magnetic restriction occurs in winding B as B is connected in series to the load, the energy induced by the magnetic restriction from the reverse phase energy saving winding B results in Voltage and Current optimization to reduce energy consumption up to 20-25%.