FGI's largest single-machine capacity energy storage system is successfully offline
On November 20, at the FGI headquarters production base, the first set of "100 megawatt advanced energy storage system" with the largest single capacity in China was successfully held. This marks a new breakthrough in FGI's electronic energy storage core technology and continues to maintain its leading position in the industry.It is understood that the "Shandong Energy 2X200MWh independent shared energy storage project phase I 100MW/200MWh Gaozhuang level Fed energy system" project uses FGI's high-voltage level Fed energy products.
The project, as a key project in the domestic new energy field, is a key project to improve the energy storage technology and equipment ecological chain of Shandong Energy Group and Power Group, and promote industrial upgrading, aiming to enhance local energy stability through advanced energy storage technology, promote new energy consumption, and promote green, low-carbon and high-quality development.
The system will be applied to Shandong Energy 2024 independent energy storage project, the use of intelligent management of new energy intelligent operation data center, can realize the intelligent management and optimization of the energy storage system, improve energy utilization efficiency, at the same time, the project as an independent shared energy storage system, can cut peaks and fill valleys, rapid response, to provide stable and reliable power support for the local power grid.
The energy storage high-voltage cascade product is the latest technological innovation of FGI Electronics. It adopts advanced PCS cascade design, and has multiple advantages such as high consistency of single cluster operation cell, strong system security, and direct access to the power grid to improve system efficiency.Since the launch of the project, FGI Electronics has responded quickly, actively promoted, and successfully shipped products offline in a short period of time, not only demonstrating FGI's deep strength and talent reserve in the field of energy storage technology, but also laying a solid foundation for its expansion in the new energy market.
FGI Electronics will take this project as an opportunity to continue to increase R&D and market investment, promote technological innovation and industrial upgrading, and contribute more to the optimization of China's energy structure and green and low-carbon development.
FGI leads the way in high voltage cascade technology for energy storage
The high-voltage cascade technology threshold is high, and there are no more than 10 enterprises in the energy storage industry that truly produce high-voltage grade fed energy products, and FGI is the leader among them.FGI's high voltage level fed energy technology is the same origin as its mature high voltage cascade SVG technology. In terms of high-voltage cascade technology application, FGI has more than 30,000 sets of high-voltage cascade power electronics engineering application performance in the world, and is the leader of high-power high-capacity high-voltage cascade technology in the electrochemical energy storage industry, with a leading advantage in safety, efficiency, cost and other aspects.
As one of the few companies in the industry with high-voltage Fed energy research and development capabilities, FGI has accumulated dozens of high-voltage Fed energy project landing cases in addition to the "Shandong Energy 2X200MWh Independent shared energy storage project phase I 100MW/200MWh Gaozhuang Fed Energy System" project offline, including: A 6KV high-voltage emergency energy storage system in a coal mine in Northeast China, and a 35KV high-voltage cascade direct-mounted primary frequency regulation energy storage power station (28.4MW/9.66MWh) in a large photovoltaic power generation project in Zhejiang.
It is worth noting that FGI 100 MW advanced energy storage system will also participate in the current Golden Globe benchmarking project award. The project has the following features:
First, the use of high standards, high intelligent unattended power station design. Independent shared energy storage on the power grid side, designed according to unattended power station, can realize the functions of peaking and valley filling, system frequency modulation, demand response support and participation in Shandong power market trading, etc., can be remotely monitored and operated, and the operation life of the project is not less than 25 years.
The second is the use of the industry's most advanced and mass-produced 300Ah+ lithium iron phosphate energy storage special battery, the use of 1P104S PACK to build a liquid cooled battery system, to solve the problem of intercluster circulation, fire facilities to achieve core level detection, reduce the battery temperature difference, greatly improve the battery life, etc., to achieve robot automatic inspection, Realize the optimization and automation of power spot trading quotation.
According to Gaogong Energy storage, in the current trend of large-scale development of energy storage power stations, the advantages of high-voltage cascade technology with high power and large capacity are particularly prominent, and have the characteristics of high safety, high economy and high efficiency.
Previously estimated in the industry, compared with low-voltage energy storage, 20MW/40Wh~60MW/120MWh is the optimal price range of high-voltage cascade energy storage, and with the application of 300Ah+ large cell capacity, the upper limit of the optimal range of high-voltage reserve energy is expected to increase to 100MW.
From this point of view, the launch of the FGI 100-megawatt high voltage level fed energy system will further amplify the high economic advantages of high voltage level fed energy technology, and boost the high voltage cascade technology to accelerate the penetration of large energy storage power stations.
