In United States consumption of 16,782,744 GWh represents 1916 million kilowatts of electric power. At least 50% to 60% of the power is consumed by electric motors.
Taking into account 80% average efficiency of electric motors and price $0.05/kWh, in 1995/1996 the United States paid $524.5 billion for running these motors [0.5 x 1916 million kW x 365 x 24 hrs x 100/80 x 0.05 $/kWh = $524.5 billion]

Since the AMM motors increase average efficiency to 84%, Annual Energy Saving is 499.4 billion kWh. [0.5 x 1916 million kW x 365 x 24 hrs x (100/80 - 100/84) = 499.4 billion kWh].
Respectively, Annual Dollars Saving is $24.976 billion [0.5 x 1916 million kW x 365 x 24 hrs x (100/80 - 100/84) x 0.05 $/kWh = $24.976 billion].
Energy consumption increases and the Annual Dollars Saving would be $31.969 billion in 2010.
The savings achievable practically with no costs, represent 4.76% of energy supplied to electric motors and 2.5% of total electrical energy consumed in the United States.

Annual electricity losses in distribution systems represent approximately
6 per cent of distributed energy and they are :

• 1,006,964 GWh in US
  
• 46,118 GWh in Australia,
  
• 113,283 GWh in United Kingdom.
  

Because energy losses are in a square with a transmitted current, the AMM motors save 11% of currently disappeared energy. This means that after using the AMM motors an additional Annual Dollars Saving in 2010 would be :

• $US 7.1 billion in United States,
  
• $AUS 909 million in Australia
  

The energy distribution savings are automatic and with no costs.

( The rules and calculations are equally applicable to each country and currency.)

Below singular example relates to a small factory using motors' power of 500 kilowatts installed in small motors. By replacing them with the AMM motors, an average efficiency increases from 75 to 79.5%, creating a power saving of 37.5 kW. Respective annual saving results to :

• $ AUS 53,000 in Australia,
  
• DM 66,000 in Germany,
  
• $ US 27,000 in United States

Below examples show saving of energy in domestic refrigerators, washing machines, vacuum cleaners, portable power tools, and air conditioning systems. The examples relate to Germany, Australia and US, however, they are equally applicable to each Country and currency.

Germany

The AMM motor used in an average 560 Watts washing machine saves 100 Watts. As the machine is working 5 to 6 hours per week and price
1 kWh is 0.20 German Mark (DM), each machine saves 7 DM per year.
In the case of 20 million German families the annual saving is 135 million DM. When the AMM motors are used in refrigerators, vacuum cleaners, and portable power tools the savings are :

• refrigerators; 26.25 DM per unit and total of 525 million DM,
  
• vacuum cleaners; 10.5 DM per year and total of 210 million DM,
  
• portable power tools; 3.6 DM to 4.64 DM and total of 104 million DM.

Australia

After using the AMM motors in Australian domestic refrigerators; washing machines; vacuum cleaners and power tools, the saving is AUS $195 million. Taking into account replacement of standard 4 kilowatt motor that is used in typical air conditioning domestic systems with the AMM motor and that the
system is used during 60 days by 10 hour, the annual saving is AUS $50 per unit.
Since, 80% of Australian families are using the air conditioning systems the saving is $AUS 158 million per year.

United States

In the United States with a population of 250 million the saving related only to the domestic refrigerators, washing machines and power tools, is $1.25 billion.
Since 70% of 60 million American families are using the air conditioning systems, the additional saving is $848 million. The annual saving of $US 2 billion (1.25 + 0.848) shows that each American family pay $US 35 less for its electricity bill.

The saving is equivalent to 3 thousand MW power plant, to 12 million tones of greenhouse gases entering the environment and it represents electric power that is required by a city with a population of 19 million e.g. New York.