130MW/260MWh! LISINER Helps Build the Largest User-side Energy Storage Station in the Yangtze River Delta

Recently, the largest user-side energy storage project in the Yangtze River Delta supported by LISINER — a 130MW/260MWh energy storage power station for a steel enterprise in Jiangsu — has been officially connected to the grid and put into operation, setting a new regional record for the scale of a single user-side facility. The project was delivered within more than 100 days, demonstrating LISINER’s proven capability to implement large-scale base projects.

Forging Key National Infrastructure with Innovative Energy Solutions

As an A-level (Superior) enterprise in steel industry competitiveness, the client sets extremely high access thresholds for energy solutions. Having an in-depth understanding of scenarios featuring continuous production, drastic load fluctuations and high sensitivity to power quality, LISINER delivers customized high-reliability and high-safety system-level solutions. It establishes a replicable new benchmark for the low-carbon transition of high-energy-consuming industries.

The power station is equipped with 52 sets of LISINER C5016 medium-and high-voltage containerized energy storage systems. Built upon fully self-developed technologies and a highly integrated design, multi-layer safeguards are established from chips to the grid to ensure long-term, stable energy absorption and release by the large-scale energy storage cluster. As core energy supporting infrastructure, it delivers comprehensive support for enterprises spanning self-consumption to coordinated operation:

Precision Energy Supply: The power station is expected to generate over 120 million kWh annually. While substantially cutting comprehensive energy costs, it enables subsequent participation in power market trading and virtual power plant dispatching to build diversified value-added energy pathways.

Stable Production: The energy storage system delivers millisecond-level power response, effectively mitigating impact loads during production and guaranteeing stable power quality for precision production lines.

Grid Resilience Enhancement: As high-quality flexible resources, the power station eases peak pressure on the regional grid by optimizing the enterprise’s load profile and enables friendly interaction with the grid.

Setting Reliability Benchmarks for Large-scale Energy Storage Stations

Faced with complex technical requirements for large-scale scenarios, the LISINER team leverages profound technical accumulation to precisely control supply chain quality and product finalization. During project execution, the team efficiently completed the integration of an extra-large-scale system and maintained agile responses to dynamic on-site technical adjustment demands.

With rigorous professional support, LISINER resolved complicated challenges in construction and grid connection one by one to ensure high-standard, zero-defect delivery. The successful commissioning of this project not only represents efficient implementation of this standard system, but also sets a new benchmark for industrial and commercial energy storage in the region with its single-unit 100 MW-scale capacity.

LISINER has continuously delivered technically challenging large-base projects and invested in multiple 100 MWh-level industrial and commercial energy storage power stations across regions. Based on in-depth understanding of end-user scenario requirements, the company keeps driving iterative upgrades of energy storage system manufacturing.

Going forward, backed by proven large-scale delivery track records and reliable technical support, LISINER will accompany more enterprises to steadily advance toward the zero-carbon future.