Folding@Home is a program connecting hundreds of thousands of computers worldwide to pool in and donate their computing power for medical research. The participants use their CPU and GPU for running protein folding simulations, out of which GPUs are way more efficient than CPUs and hence used by a large part of the participants. Joining some teams like Curecoin and Banano can even help earn a bit of passive income. 

But since the protein folding simulations are quite heavy on the GPUs, people often have problems with overheating and high power consumption of their PCs, so let's see how we can tackle these problems and increase the efficiency and life of our graphics cards:

• Make sure to keep the computer in a well-ventilated place having as less dust in the air as possible. More dust will require more frequent cleaning and system downtime.
• Make sure there are enough intake fans in the computer for supplying fresh and cool air to the graphics card. Most of the cabinets have space for 3x 120mm fans in the front for intake, 2x 120mm fans on the top for exhaust and a single 120mm fan at the rear for exhaust. 3 fans in the front and 1 at the rear are working fine in my case. Fans from Noctua are among the best for performance and silence, but you can get Arctic P12 fans for their great cost-effectiveness. I am using the Arctic fans and they are performing well.
• Use a mesh front panel as it allows much more air intake area.
• Use a fan filter on the intake to reduce the amount of dust going inside the system as cleaning the filter is much easier than removing the graphics card and cleaning it.
• Clean the graphics card periodically every 2 to 3 months depending on the dust condition and how long the graphics card folds. Since I run my rig all the time, I need to clean the dust on the graphics card every 3 months as I have a dust filter installed on the intake on my computer. Dust cleaning will be more frequent if the computer is running for longer than in my case because the fans run at a higher speed for a longer duration of time, moving more air and more dust with it.
• Use a good quality power supply with an 80+ efficiency rating. Since the computer will run for longer and consume higher power, a more efficient power supply will save electricity costs over a cheaper, less-efficient one.
• Make sure the computer gets a reliable power supply. I have connected my folding PC and router to my house's UPS inverter and it helps keep the PC folding in an event of a power outage.

Thank you for reading, I hope these were useful.