en.Wedoany.com Reported - The distributed energy storage project at Dongguan Huihe Smart Industrial Park, constructed with the participation of Pyno Technology, was recently connected to the grid and put into operation. The project has an energy storage capacity of 10MWh, providing a new demonstration case for green energy management in industrial parks. Against the backdrop of deepening market-oriented electricity price reforms, commercial and industrial energy storage is gradually transitioning from an optional configuration to a core component of enterprise energy management.
Tailored to the actual load characteristics of the park, the project utilizes an energy storage system to dynamically regulate electricity loads, achieving dual optimization of energy utilization efficiency and electricity costs. As a typical industrial park, Huihe Smart Industrial Park experiences frequent daytime load fluctuations and significant peak-valley differences. Since the energy storage system was put into operation, it generates benefits through three main dimensions: in terms of peak-valley arbitrage, the system charges during off-peak hours and discharges during peak hours, leveraging time-of-use electricity price differences to reduce the park's overall electricity expenses; for load smoothing, the energy storage system supports peak electricity demand with millisecond-level response times, alleviating transformer pressure; and regarding green upgrades, the storage enhances renewable energy integration capacity and overall energy efficiency, supporting the "dual carbon" goals.
The project adopts a mature energy storage system architecture, combined with a high-consistency battery system and intelligent control strategies, ensuring safe and stable operation over the long term. From equipment coordination to on-site delivery, and from system control to grid connection and commissioning, the entire process has been efficiently advanced. Project implementation capability, system stability, and delivery experience have become key competitive indicators in the commercial and industrial energy storage industry. The successful commissioning of this project enriches Pyno Technology's practical experience in industrial park energy storage, user-side energy storage, and distributed energy scenarios, also marking a further enhancement of its system delivery and project management capabilities for 10MWh-level commercial and industrial energy storage projects.
Pyno Technology stated that it will continue to focus on commercial and industrial energy storage application scenarios, persistently improving system safety, integration capabilities, intelligent energy management, and project delivery efficiency, in order to launch more mature and reliable energy storage solutions, assisting industrial parks and industrial enterprises in achieving green, low-carbon, and efficient energy transformation.
