Split phase current monitoring over 66A

[kylehendricks]

I'm a little confused about this Answer in the FAQ:

If you need to measure up to 200A, then this is not recommended. At 200A, the SCT-024 will output 100mA. That means, the max you should measure with the SCT-024 plugged into the 6 channel meter is 66A. In a residential setting with 200A service, it is highly unlickly that you will use more than 66A per phase sustained. In fact, unless you have your own dedicated transformer, and a very large house, it is impossible.

I'm using two ECS24200 CT clamps to monitor my two main legs. When I'm charging my car (48A@240V), running the dryer (20A@240V), and running the AC (10A@240V), each leg can easily go over 66A. I did some other reading it seems like the solution is to cut my calibration value in half and double my power readings in software. After reading this answer, I'm questioning whether I'm missing something here.

Calibration for each CT is 14000-15000 with a 4X PGA gain.

Edit:

I came across the following comment here:

The max value for current that the meter can output is 65.535. If you expect to measure current over 65A, divide the gain_ct by 2 (120A CT) or 4 (200A CT) and multiply the current and power values by 2 or 4 by uncommenting the filter below

I took a peek at the datasheet for the ATM90E32 and see that it can only output up to 65A (16bit). It appears that my best option is to divide my gain_ct by 4 and multiple my power and energy by 4. Do I have this right?

Edit2:

I tried dividing gain_ct by 4 and multiplying power/energy by 4 and that worked at lower currents but once it gets over 40-50 amps, it starts getting way off (Fluke clamp meter showed 90A, esphome was reporting 50A). I also see on the SCT-024 page it says:

If you need to measure more than 66A sustained, our 6 channel meter should not be used with these CTs. The Split Single Phase meter would be a better option.

Do I have any option to monitor higher currents? Would switching to using the SCT-013 help?