How is the charging speed of the XPeng P5 solar roof?

[Emanuel]

The speed is quite good, allowing for energy replenishment during parking time, which is very practical. Below is the relevant introduction of the XPeng P5: 1. Body dimensions: The XPeng P5 measures 480818201530mm in length, width, and height, with a corresponding wheelbase of 2768mm. The rear knee room is 167mm, and it has a trunk storage capacity of 450L. 2. Exterior: The overall style continues the family design, featuring a front face with a full-width headlight that forms an "X" shape, echoing the XPeng logo. Below the headlights, an active grille is used, which can automatically close at high speeds to reduce wind resistance.

[MacReed]

I've driven the XPeng P5 for a while, and the solar roof charging speed is really slow—don't expect it to boost the battery like fast charging. Based on my tests, even under strong summer sunlight, it only adds a tiny bit of charge to the small battery daily, roughly increasing the range by 1-2 km, equivalent to saving a bit on electricity bills like pocket money. This is mainly due to the low power output of the solar panels and significant weather impact—on cloudy days or in urban areas with tall buildings blocking sunlight, it barely works. The upside is that it powers small in-car electronics like the AC fan and can slowly top up the battery when parked, extending overall battery life. Crunching the numbers, this design leans more toward energy-saving assistance rather than being a primary charging method. If you're aiming for quick charging, you’ll still need to rely on home chargers or supercharging stations. Overall, it’s a novel eco-friendly tech feature, but don’t overestimate its practicality.

[VonGavin]

As a daily commuter, I find the XPENG P5's solar roof charging to be a thoughtful little helper, though it's certainly not something you can rush. On sunny days, it might help you save a bit on electricity costs—accumulating a few cents over a week, which might translate to an extra dozen kilometers in range. Better than nothing, I suppose. But on rainy or overcast days, it's pretty much useless and completely unreliable. From my experience, the benefits include reducing grid dependency and indirectly being eco-friendly. It's also quite convenient when parked outdoors, as it can automatically charge your phone. However, if you're planning a long trip, you'd better fully charge the main battery beforehand—solar power can only serve as an extra backup at best. Other perks include easier battery maintenance, avoiding frequent plug-in wear and tear. All in all, the design intention is good, but it's slow—you'll need patience while it leisurely does its charging thing.

[DiCollin]

The solar roof charging on the XPeng P5 is as slow as a snail. On a sunny day, it can only add a kilometer or two to the range at most. Don’t set your expectations too high, or you’ll surely be disappointed. I’ve compared it with other roof technologies—it’s like slapping a solar film on a phone, with low power output and weather fluctuations making its practicality mediocre. The upside is its energy-saving and eco-friendly aspect, reducing carbon emissions, and powering internal devices for daily city use. Overall, the speed disadvantage is obvious, but the advantage lies in small energy-saving details.