Income Tax Act of South Africa 1962Income Tax Act of South Africa 1962The South African Income Tax Act of 1962 has offered tax incentives since 2009 using section

12i, the Industrial Policy Project Investment incentive for manufacturing-related projects with a

10% energy demand reduction component . In terms of these tax allowances, industry will be entitled to claim a deduction for substantiated

energy efficiency savings.

MMEMME brings you Solutions brings you Solutions to dramatically improve to dramatically improve

overall efficiency, providing overall efficiency, providing safer and more reliable safer and more reliable

operations with substantial operations with substantial reductions in both reductions in both Power Power

Consumption and Consumption and Maintenance Costs.Maintenance Costs.

Power factor is the ratio between the KW and the KVA drawn by an electrical load where the KW is

the actual load power and the KVA is the apparent load power.

It is a measure of how effectively the current is being converted into useful work output and more particularly is a good indicator of the effect of the load

current on the efficiency of the supply system.

Most homes/buss today have a 0.77 Power Factor or less.Most homes/buss today have a 0.77 Power Factor or less. This means that 77% of the electricity coming through your meter is being used effectively, the other 23% is being wasted by your inductive load.

Correct compensation using the Intelligent precise compensation power-saving system

Adverse effects of

slower response systems

Why Should I Improve My Power Factor?

1) Lower utility fees by:

(a). Reducing peak KW billing demand:Inductive loads, which require reactive power, caused your low

power factor.  This increase in required reactive power (KVAR) causes an increase in required apparent power (KVA), which is

what the utility is supplying.

So, a facility’s low power factor causes the utility to have to increase its generation and transmission capacity in order to

handle this extra demand.By lowering your power factor, you use less KVAR.  This results

in less KW and less KVA, which equates to a Rand savings from the utility.

3) Increased voltage level in your electrical system and cooler, more efficient motors

As mentioned above, uncorrected power factor causes power system losses in your distribution system. 

As power losses increase, you may experience voltage drops. 

Excessive voltage drops can cause overheating and premature failure of motors and other inductive equipment.

So, by raising your power factor, you will minimize these voltage drops along feeder cables and avoid related problems.  Your

motors will run cooler and be more efficient, with a slight increase in capacity and starting torque.

High harmonic voltages and currents cause significant energy

losses, overheating and dramatically increase site vulnerability

to failures and fire.

Harmonics pollution increasingly becomes a dominant power quality problem,mainly due to modern loads. Coping with this issue using capacitor bank hastwo alternatives:De-tuned SystemsIn de-tuned systems, reactors are installed in series with the capacitors andprevent resonance conditions by shifting the capacitor/network resonancefrequency below the first dominant harmonic (usually the 5th). The middle graph on the right shows the capacitor/network amplification factor and the shifting of the resonance frequency from near the 5th harmony to near the 3rd harmony.

Tuned SystemsIf harmonic filtration is needed, on top of resonance prevention, tuned reactors are applied. The capacitor/reactor filter is tuned to absorb particular harmonics and reduce the Total Harmonic Distortion (THD). The bottom graph on the right shows harmonic filtration using tuned system: the voltage THD was reduced by more than 70% (8.8% to 2.5%) and the dominant harmonics (5th and 11th) were reduced by 75%.

Spot welding loads fluctuate extremely rapidly and consume large amounts ofreactive power. Due to high current changes caused by the near-instantaneous reactive energy consumption, large voltage drops are produced. These sags reduce weld quality and decrease welding productivity.

When connected directly to the line, large inductive motors consume very high current during the start-up period (six times higher than steady state operation).

This high current consumption can lead to significant voltage drops on both the low and high voltage sides of the transformer, which interfere with other loads, reduce initial

torque and increase start-up time.

By Inhibiting our power savers the carbon oxide layer will desquamate gradually (3-8Months), the circuit will be purified effectively and stay purified.This will save the power and improve the whole electrical system.

All electrical equipment / appliances efficiency reduces with time, as appliances age, it will consume more power without being realized, hence higher electricity bills.

All devices are safe and reliable way to

Install in Parallel, if fails,automatic disconnect, without affecting the normal use of other devices, safeand reliable operation.

The Power Savers is suitable for 380V 3Phase low voltage distribution network and low-voltage users can track compensation automatically.

We need to Analyze your Electricity Current to provide your company with the Right Power-Saving Solution.

MME keep Power Profile on our Server Data base for safe keeping.

Once-Off Fee determent on the size of your business and the buildings Power-Grid layout .

50% Deposit for Analyzing

After testing full report and Quote for Solution with Guarantees

Only pay outstanding 50% for Analyzing if Quote rejected