Solar-driven triple-electrode PFC is a new clean energy process. It can simultaneously accomplish the photogeneration of electricityphotodegradation of organic pollutants by unlimited solar energy. H2O2 can be generated from water splitting in a green processobtain the high energy density similar to H2. The PFCs that comprise triple-electrode were designedconstructed for H2O2 productionfuel cell, respectively with treatment of organic wastewater. Proceeding in the way, a portable triple-photoelectrode PFC device was assembled to generation electricity with additional functions of providing safer drinking water. The novel fuel cell can also be engineering scaled up to provide electricity for a familycommunity.

Powered by hybrid rocket engines designed in-house, the rocket achieves vertical takeoff, hovering, vertical landing,precise attitudetrajectory control using throttle controls as well as thrust vectoring controls. In addition, this rocket includes the following notable technologies: 10ms near hard real-time GNC system, highly modular application-like flight software, 10Hz bandwidth flow control system, 5Hz bandwidth direct-drive motor thrust vectoring system, High Test Peroxide hybrid rocket engine with a vacuum specific impulse of 305 seconds.

ModularizedThrottleable Hydrogen Peroxide Hybrid Rocket Engine with Direct-Drive Thrust Vector Control Technology