Newer Laptops Don't Charge Well in Cold Weather

I spent  a winter in an unheated building in rural Alaska with temperatures generally below 40F and often below freezing.  I discovered that recharging laptops withe modern 10 and 7 nanometer wires were very slow to charge, while older laptops with 14 nanometer architecture charged normally.

 My suggestion for chip manufacturers and laptop makers is that they continue to make a line of cold weather models with the older 14 nanometer design that charges in less than an hour instead of several hours. Charging 10 and 7 nm laptops one must first use body heat to prewarm them and then watch a video or other material that will bring the computer to heat up when it activates turbo threads.

Perhaps chip makers seeking better battery life don’t use computers in cold weather themselves. I suppose that older, thicker wires simply allow more electricity to flow creating more heat internally-phenomena new chips seek to avoid. Over-heating is usually a problem for computer chips rather than over-cooling; so I suppose manufacturers don’t consider the issue much-especially since comparatively few people live or work in cold weather without access to a thermostat-controlled indoor environment.