Snes9x overclock11/10/2023 ![]() You will be able to recharge power banks with the rechargeable battery based on the capacity of the rechargeable battery used in the solar collection system. Small electronics will have lower power requirements to charge the internal battery. This means knowing how to convert Watts, Amps, or Volts to different values. How much power a rechargeable battery will provide will require an understanding of electrical systems, and terminology. ![]() If the power load requires more power than the battery is able to provide, the entire solar collection system will shut down. The battery controller routes all of the power from the solar panel to the rechargeable battery, and the power load. This means you will have to install your own connectors to the solar panel. The solar panels not sold in a kit will not have any connectors. The solar panel kit will include the solar panel, the battery controller, and the connectors for the battery. I recommend purchasing a solar panel kit for beginners if you do not know how to use a solar panel. Any obstacles in front the of the solar panel will reduce solar panel efficiency. The solar panel needs to face the sun to collect solar energy. You will need a mounting location to use the solar panel effectively. The larger the solar panel, the more power the solar panel will provide. Solar panels will be sold in various configurations, and sizes. ![]() Using a low capacity rechargeable battery in the night will have a shorter run time. A cheaper rechargeable battery is not always a better purchase, but will recharge faster. A 200 WH battery will charge the 10,400 mAH power bank about 5 times. If you purchase a solar battery that has a 100 WattHour capacity, you will be able to charge a 10,400 mAH power bank about 2 1/2 times. The larger the capacity of the solar battery the more the battery will cost, and will be larger in size. The charging controller will be the cheapest component to purchase, but will require an understanding of electrical systems to know how to use the charging controller. As a safety warning, the solar battery should be used outdoors only, unless in the indoor location has sufficient ventilation. The rechargeable battery will be made out of several different materials, I used the 12 Volt Lithium Iron Phosphate LiFePO4 battery. There are 3 parts to a solar collection system, the solar panel, the battery controller, and the rechargeable battery. I had to balance the cost to performance when deciding which solar collection products to purchase. The larger the charging capacity of the solar collection, the greater the costs. The charging unit will be the solar collection system. To recharge a 38.5 WattHour battery a certain number of times will be based on the WattHour capacity of the charging unit. The 10,400 mAmpHour power bank will provide 38.5 WattHours of power. A 10,400 mAmpHour power bank will require a 5 Volt 2 Amp power supply to charge the power bank. Rechargeable AA batteries require 7 Watts of power, and 380 mAmps to power the battery charger. The Raspberry Pi Zero computer has similar power requirements, and runs on a power bank. The PSP video game console came out before USB connectors became the power supply standard for small electronics. I saw the Sony Playstation Portable power adapter, and the power requirements of the PSP power adapter was 5 Volts, and 1,500 mAmpHours. I came up with the idea of using a solar collection system to power video game handheld consoles. I have been build a solar collection system for some time. The next part of the SNES9X build guide will have nothing to do with the SNES9X emulator, video games, or the Raspberry Pi Computer. ![]() This is the SNES9X-1.60 Super Nintendo Emulator on the Raspberry Pi Computer build guide. What would happen if I compiled the emulators with the Raspberry Pi Operating System? I haven't gotten that far, but at least I was able to build the SNES9X Super Nintendo emulator. Emulators were slow on the Raspberry Pi Zero computer, and the fast emulators are based on emulators that have not been updated in years. ![]() After using the Super Nintendo emulators on the GamePi20 handheld project, I came up with several different ideas. I didn't understand the build instructions at the time, and eventually I had to give up. Finding a Linux Super Nintendo emulator did take a long time. After releasing the FCEUX Nintendo Entertainment System emulator build guide, I will release the SNES9X emulator build guide. ![]()
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