All over the world. Take a look at your car manual kW (next to Horse Power)
https://goo.gl/yhoRFP or
https://goo.gl/i1xjc4
Look at your heating manual: kW.
https://goo.gl/Saumer
Look at any HVAC installation: kW. In engine specs for cars, trucks, ships: kW.
https://goo.gl/xm28vN
Get involved in industry. Start studying engineering. Power plants (fossil/nuclear): MW.
https://goo.gl/VdPwxn
Energy conservation in your house, incl. gas: kWh
https://goo.gl/77UMuY
I am not seeing Joules anywhere.
Article mentions the term "energy" 82 times. Nothing stated about "electricity only".
Never stated it excluded HVAC. Instead HVAC and Airco are referenced in ApplePark picture.
You introduce restrictions only to achieve a goal.
Usage can't even be stated in joules (whether gas or anything) because it is a capacity, not a quantity.
You must have missed some elementary grade education.
That's why every (car, ship, truck, heating, nuclear plant whatever) spec now is in kW, MW, TW. Not in joules.
There is too much electricity in your brains. Cool down a little, and start getting real.
Airco is integral part of the E-grid and isn't measured or generated separately, can't be excluded
Apple is not 100% green as long as it uses gas, drives ordinary cars and serves meat in its restaurants. It's doing its best but it just isn't there.
And the claims in this topic heading and Fast article are misleading or false.
Oh really? Shows what little you know when you get power and energy confused. See how that works?
Let's get some definitions out of the way. My usage of the term 'usage' is an amount of energy. A quantity. It seems that this term is sometimes used to measure power as well, but for this discussion I'm using it to mean a quantity. Common units for electricity are watt-hours (and kWh, MWh, etc.). These are directly converted to joules with the formula of 1 kWh = 3.6 MJ. Power is the rate of energy being used, such as joules-per-second, otherwise known as a watt.
kW can be used to express other forms of power, such as that from a combustion engine, or the heat output of a heat-pump system. Electrical power is expressed in watts, regardless of the source of power. That may from PV, wind turbines, coal generators. That may also include electrical power produced by a gas-fueled power station. But not for the measurement of the gas fuel going into that station, or gas piped as a fuel. Gas as a fuel is measured in other units, such as cubic feet, BTU, therms and MJ.
So for gas, we can describe it's usage (that is a quantity used) in units such as cubic feet, BTU, therms and MJ. MJ can readily be converted to kWh (note, *kWh*, not kW) as needed to compare and apply arithmetic between quantities of gas and electricity used.
What does *not* work is using watts to measure the rate of gas. A pipeline would use other units over time, such as MJ/day or cubic feet/day.
It follows that any mention of power and usage in Apple's article only pertains to electrical energy. References to watts, kilowatts and megawatts are not applicable to gas capacity or usage. Apple's persistence of usage 'energy' in an electrical-only context creates ambiguity, but it is clear from every example given that their statements only apply to electricity:
"32 megawatts of solar panels"
"626 megawatts of generation capacity, with 286 megawatts of solar PV generation coming online in 2017"
"17-megawatt onsite rooftop solar installation and four megawatts of biogas fuel cells"
"485 megawatts of wind and solar projects"
"200-megawatt power purchase agreement for an Oregon wind farm"
"320 megawatts of solar PV generation"
"300 rooftop solar systems that will generate 18,000 megawatt-hours of clean energy every year"
"Apple’s data center in Maiden, North Carolina, is supported by projects that generate 244 million kilowatt-hours of renewable energy per year" (the context of data center implies that kWh in this case can only mean electricity)
Nothing in that article can be construed to mean that Apple is claiming their gas usage is renewable, or offset by renewables, or being produced in any way from any of their fuel-generating projects. Or that this story has anything to do with their gas usage whatsoever.
On terminology for power from cars, you said "Car performance obtained by a combustion engine is also measured in kWh", then after I pointed out that only kW is applicable to power from an engine, you came back with battery capacities for electrical cars. That's completely nonsensical.