Agreed. All I'm asking is that he look at the evidence. If he finds flaws in it, he can point them out. If he -doesn't- look at the evidence, though, he can't claim to know that it's false.
This is an attempt to force a negative proof, a logical fallacy.
In another form, you might see the phrase, "Innocent until proven guilty".
ANY study that is based on violating theories of science or that creates a non-sequitur fallacy (another logical fallacy) can be summarily discarded. This 'study' does both.
Those are the flaws in it.
There is no evidence. It is not possible to measure the temperature of the Earth. Global Warming is a religion. This religion stems from the Church of Green. That religion in turn stems from the Church of Karl Marx.
Requiring EVs based on religious principles is itself a religion, and is fascism and tyranny.
As far as the Emission Analytics Study, environment isn't the issue. CO2 is a naturally occurring gas in the atmosphere and it absolutely essential for life to exist on Earth. It has absolutely NO capability to warm the Earth.
Now let's look at EV efficiency vs gasoline cars:
EVs must look at the energy costs of charging as well as the costs of discharging to cause the car to travel a given distance.
Charging an EV means generating power at a power plant. Most electricity in the United States is generated using natural gas or coal. Both are cheap and plentiful fuels. Natural gas is a renewable fuel. Burning either fuel generates CO2. The generator itself is not 100% efficient. Eddy currents in the armature and the current flowing through the windings generates considerable waste heat. This is wasted energy. Even the bearings of the generator shaft generates waste heat.
That power must be converted to high voltage for transmission across country. That transformer also generates wasted heat, robbing the available power transmitted through it. This is why transformers are oil cooled (with fans and radiators and everything, also requiring power).
Transmission along high tension lines undergoes heating of the wire (which actually causes it to sag somewhat), as well as leakage through the imperfect air insulation to ground along the entire path. Moist air leaks more power. This energy is lost.
At a substation, another transformer converts power down to distribution voltage (usually 7.2kv). These are the common lines you see along roads serving houses and businesses. Current on these wires also generates wasted heat, and the transformer is also oil cooled to dissipate the heat lost in conversion (again due to eddy currents and winding current).
At the pole, another transformer converts power down to house service entrance voltage (usually 240v biphase). This transformer is also oil cooled, but does not use an active fan. It just radiates it's waste heat to free air.
(Pad transformers, such as used for buried service lines, sometimes DO have active fans in them).
By the time you even get to the charger in the garage, a LOT of energy has been lost due to waste heat and leakage.
Charging a Li-ion battery heats the battery (if it's warm enough for the battery to accept a charge!). This is because charging involves moving ions around, not just electrons. These ions are heavy, and heat the battery as they move through the electrolyte. During discharge, the battery is heated by this action AGAIN as the ions move the other way. In EVs, batteries must be liquid cooled (with radiators and everything) to dissipate this waste heat. Failure to do so may cause battery runaway, with the resulting fire.
If driving in inclement conditions (rain, snow, etc), you must expend battery energy to run wipers, defogging equipment, HVAC, lights, etc.
An EV is a very heavy car. It takes more energy to move it compared to a gasoline car according to F=mA.
OR, you could simply burn the fuel in the car itself and move the car. You get free heat for the cabin as a byproduct if you want it, including defogging. The alternator used to charge the battery also powers the ignition system, lights, and any fans or HVAC.
In the end, when you add it all up, the EV uses almost twice the energy of a gasoline car to move the same distance. Gasoline is an oil product. Oil is a renewable fuel, just like methane (natural gas).
Both vehicles produce CO2 to run them. So big hairy deal. CO2 is a benign naturally occurring gas incapable of warming the Earth.