Design and implementation of distribution network monitoring and control chip based on multicore heterogeneous computing

With the continuous development of smart grids, the importance of distribution network monitoring and control systems in power grids is increasingly recognized. Traditional distribution network monitoring methods face limitations in terms of real-time performance, stability, and efficiency, making it challenging to meet the high throughput and low latency demands of modern power systems. This paper presents a design for a distribution network monitoring and control chip based on multicore heterogeneous computing, aiming to improve the computational performance and real-time responsiveness of the monitoring and control system. By combining a multicore architecture with an optimized communication mechanism, the chip is able to maintain low latency and high throughput even under high-load conditions, efficiently handling complex tasks in distribution network monitoring and control. Experimental results demonstrate that the designed chip exhibits good computational capability and memory access performance under varying load conditions, meeting the stringent real-time and stability requirements of distribution network monitoring and control systems.