China · Cross-Regional Integrated "Solar-Storage-Charging" Microgrid Project

Recently, Power Genius has achieved another significant milestone in the field of comprehensive new energy management. Tailored to meet the energy demands of the headquarters of Guangdong Cellwise Microelectronics Co., Ltd., a customized energy storage project developed by Power Genius has officially commenced operations. The project successfully builds a microgrid system integrating rooftop photovoltaics, outdoor commercial and industrial (C&I) energy storage cabinets, and EV charging stations. Furthermore, by integrating the company's self-developed online management platform, the project enables intelligent cross-regional energy coordination, setting a new benchmark for the green and low-carbon transformation of high-tech manufacturing enterprises.

As a typical integrated "solar-storage-charging" comprehensive energy project, this solution is perfectly aligned with the high energy consumption and stringent stability requirements characteristic of integrated circuit enterprises. The core highlight of the project lies in breaking geographical barriers. Through the online management platform, the energy data of Cellwise’s Dongguan headquarters and its Shanghai branch are fully integrated, achieving unified monitoring and centralized management of energy across both locations. Utilizing digitalization, the platform conducts global coordination and optimized scheduling for PV power generation, energy storage charging/discharging, and EV charging station loads. This not only significantly increases the consumption rate of green electricity but also provides fresh insights into refined energy management for enterprises.

On the hardware front, the GS105-229AS outdoor air-cooled C&I energy storage cabinet provided by Power Genius has demonstrated exceptional performance. Specifically designed for complex C&I scenarios, it features a highly efficient air-cooling system that ensures stable operation even under high-temperature or high-load conditions, effectively extending battery lifespan. Its highly integrated modular design not only saves floor space but also greatly enhances flexibility for on-site deployment and future capacity expansion. Additionally, the cabinet incorporates multiple active safety protection mechanisms. Combined with the real-time early warning and intelligent scheduling algorithms of the online cloud platform, it accurately achieves "peak shaving and valley filling" as well as demand management. While ensuring a continuous and stable power supply for the enterprise's critical equipment, it maximizes the reduction of electricity costs, achieving a win-win for both economic and safety benefits.

The successful implementation of this project has received high recognition from the client. Mr. Ge Weiguo, CTO of Cellwise, expressed great satisfaction with the overall performance of the project, stating that it fully met the expected goals. He noted, "Power Genius has not only helped us achieve unified energy management across Dongguan and Shanghai but also provided new inspiration for our future energy optimization. Building on this successful collaboration, we will work deeply with Power Genius to develop more product applications and provide real-time feedback, jointly driving the continuous iteration of energy management technologies."