C/M EV Electric Current Clocking

A Simple Research & Development Thought

To set + clock = to shrink for equivlance

THINK - DIM LIGHT OR FULLY LIT LED

Voltage increase. Energy Controls.

With C/M Kinetic Energy Generators or Wind-Tunnel Piston-Punch we generate Energy then control amounts based on excess & stored then spent clocking up or down

Wattage increase from equivlance then we scale down components Clocking to create compact Kinetic Energy Generators. Simple

1x5ft / 1x6ft down to 14" inches x 3" inches rectangular square

CLOCKING = SHRINKING.

Everyone at C/M has to learn

VOLTAGE + AMPERAGE

Increasing voltage in a standard fixed-resistance circuit will also increase the amperage (current) proportionally, according to Ohm's Law (I = V / R).

How Voltage and Amperage Relate

Ohm's Law Rule: If resistance stays the same, raising the voltage pushes more current (amps) through the circuit.

Water Analogy: Voltage is water pressure, and amperage is the amount of water flowing; higher pressure makes more water move through the same pipe.

Power Output: Total power (watts) goes up when both voltage and current increase.

Exceptions and Special Cases

Constant Power Loads: Devices like motors or power supplies might draw fewer amps when voltage goes up, because they try to consume the exact same total wattage.

Fixed Devices: Standard plug-in appliances cannot safely handle higher voltage; forcing more voltage through them can overheat and damage the device by drawing too much current.

DISPERTATION OF ENERGY LIKE A TRANSFORMER

Emergency Safety System & Plan Contained. Speed + Force & Amount controlled then shut offs

To calculate or figure out the current (amperes) for a 2,500 kW power load, you use the fundamental electrical power formulas. The exact current depends entirely on whether your system is Direct Current (DC), Single-Phase AC, or Three-Phase AC, as well as your specific voltage and power factor

Calculation Formulas

To find the current (I in amps), convert 2,500 kW to watts by multiplying by 1,000 (giving 2,500,000 watts) and apply the correct formula for your system type: