In the future, society will invent a type of ultra-thin solar-powered batteryboard whose thickness is less than one millimeter.
未来社会将会发明出一种超薄的太阳能电池板﹐其厚度小于一毫米。
2
As technical difficulty, the author makes a full experiment to research the auto shaped mechanism of perfusion material flow on the solar batteryboard.
作为技术难点，作者对灌注料在太阳能电池板上的自动成形机理进行了详尽地研究和试验。
3
By reducing the amount of computation done on board the device, caching speeds things up and saves battery life in the process.