Ankara: China recently built a space-based power system prototype for a potential satellite-based particle beam weaponry, the South China Morning Post reported Saturday. The concept behind particle beams is to fire a focused beam of high-energy particles at an enemy satellite or missile, damaging it through kinetic and thermal energy. Realizing this concept, however, has been challenged by the need for substantial power and precision.

According to Anadolu Agency, a particle beam weapon requires massive energy and precise timing to function effectively. A satellite-based accelerator must accurately control electromagnetic fields to propel charged particles at specific moments, which poses a significant challenge. Typically, systems with high power do not operate with the necessary precision, and those with high precision cannot handle the required energy levels. Chinese scientists, however, assert they have overcome these obstacles.

A study led by Su Zhenhua from DFH Satellite Co. introduced a space-based power system prototype that delivers 2.6 megawatts of pulsed power while maintaining synchronization accuracy of 0.63 microseconds in ground tests. Traditional systems fall short, providing less than 1 megawatt of power and lacking the precision required for advanced space applications.

The Chinese prototype integrates high-efficiency voltage boosting, advanced energy storage, and precise discharge control to address these challenges. Solar panels provide low-voltage power, which is then boosted and stored in capacitors to be released in controlled pulses. A central FPGA (Field Programmable Gate Array)-based controller synchronizes 36 power modules to fire within 630 nanoseconds of each other, delivering 2.6 MW in clean pulses, suitable for particle accelerators, lasers, and other space systems.

While the primary focus remains on particle beam weapons, the technology holds broader potential applications, such as laser communication, ion thrusters, and space-based radar for electronic warfare. Additionally, it offers the possibility of more efficient satellite defense systems, with directed energy weapons powered by solar panels capable of disabling targets at minimal cost.