Chinese researchers have created a prototype power system for a potential space weapon based on particle beams, having reached the impulse power 2,6 megawatts with high synchronization accuracy. This breakthrough overcomes traditional limitations, when powerful systems did not have sufficient accuracy, it opens up new possibilities in the deployment of space defense systems and other advanced technologies. The system solves fundamental problems, which previously prevented the development of such weapons in space conditions.
According to research on ground test results led by Su Zhenhua of DFH Satellite Company, the new system provides impulse power 2,6 megawatt with synchronization accuracy 0,63 microseconds. This is a significant improvement over traditional systems, which usually issue less 1 megawatts of power and lack the precision required for advanced space applications with particle accelerators.
The development of weapons based on particle beams has long faced two main obstacles: the need for colossal energy and precise time control. The concept involves firing focused beams of high-energy particles to hit targets with kinetic and thermal energy, but practical implementation was difficult, since high power systems are usually slow, and precision systems often cannot withstand the required energy levels. The Chinese team claims, that resolved this fundamental incompatibility.
The prototype combines a highly efficient voltage boost, advanced energy storage technologies and precise discharge control mechanisms. Solar panels generate low-voltage energy, which rises before being stored in capacitors, ready for controlled impulse emission. The central controller is based on the technology of programmable gate matrices (FPGA) synchronizes 36 power modules, for them to work throughout 630 nanoseconds apart, creating a net momentum, ideal for particle accelerators and other advanced space systems.
Although the main focus is on potential weapons based on particle beams, the technology platform has many other applications. Among them are advanced laser communication systems, improved ion engines for spacecraft, space-based electronic warfare radars and more effective satellite defense mechanisms.
The system can ensure the operation of directed energy weapons, powered by solar panels, to neutralize targets with minimal operating costs compared to existing systems.
Source: https://en.yenisafak.com