LISINER Accelerates Energy Storage Layout in the Yangtze River Delta

As China’s core economic hub, the Yangtze River Delta occupies less than 4% of the country’s land area yet bears 25% of the national electricity load. The maximum peak-valley load difference of the regional power grid exceeds 100 million kilowatts, imposing severe challenges on grid regulation capacity. In addition, rising electricity costs, unstable power supply and growing demand for energy transition have gradually come to the fore, driving rapid diversified development of energy storage application scenarios.

LISINER has always positioned the Yangtze River Delta market as a core strategic foothold. Recently, the company has completed deployment of three major energy storage projects in Shanghai, Jiangsu and Zhejiang, covering diverse industrial sectors and forming a matrix layout featuring complementary technologies and interconnected scenarios. With a combined scale exceeding 100 MWh, the three projects can supply around 80 million kWh of electricity in the first year. While serving as an innovative demonstration for regional energy system upgrading, they further illustrate the profound strategic layout of LISINER across the East China energy storage market.

Project 1: Commercial & Industrial Energy Storage Project for an Artificial Board Enterprise in Jiangsu

A well-known Asian board brand, Top 500 Private Enterprise in China | 24MW / 90MWh

Activating the Low-Carbon Engine of the Wood Industry Giant

Scale Configuration

The project has a capacity of 24MW/89.5MWh and covers a land area of approximately 2,700 square meters. The overall solution consists of four 6MW/22.36MWh energy storage subsystems. Each subsystem is equipped with 2 PCS boost integrated cabins and 5 lithium iron phosphate containerized energy storage units to realize multi-node grid-connected dispatching and control.

Economic Returns

The estimated average annual return of the project stands at RMB 26.03 million, with the full-lifecycle total return reaching RMB 416 million.

Core Value

Apart from delivering value in cost reduction and efficiency improvement, the project adopts a long-term planning-oriented solution. Reserved interfaces for renewable energy access are embedded into the system design to enable convenient subsequent integration of PV, wind power and other resources. It helps build a multi-energy integrated microgrid ecosystem and accelerates the green transformation of enterprises.

Project 2: Commercial & Industrial Energy Storage Project for a Copper Processing Enterprise in Shanghai

Scale Configuration

With a capacity of 18.2MW/36.5MWh, the project adopts 98 sets of integrated distributed energy storage equipment with a single energy unit of 372kWh. It supports dynamic capacity expansion, one-click power-on, intelligent management and other functions to deliver diversified empowerment for corporate power consumption.

Economic Returns

The estimated average annual return of the project stands at RMB 10.77 million, and the total full-lifecycle return can reach RMB 160 million.

Core Value

Targeting pain points of non-ferrous metal processing enterprises such as heavy electricity load and production shutdown risks caused by unstable power supply, the deployed energy storage system effectively balances loads. It helps enterprises cope with peak power demand and realizes refined and intelligent energy management.

Project 3: Commercial & Industrial Energy Storage Project for an Aluminum Products Enterprise in Zhejiang

Scale Configuration

The total capacity of the project is 7.4MW/14.9MWh. It is planned to adopt grid connection at two 10kV voltage levels, equipped with 40 sets of 372kWh medium-and high-voltage side distributed energy storage cabinets to satisfy customer demands including peak shaving & valley filling and demand response.

Economic Returns

The estimated average annual return of the project stands at approximately RMB 6.1 million, and the total full-lifecycle return can reach RMB 91.5 million.

Core Value

The deployed energy storage system guarantees uninterrupted power supply and stable power quality, enabling long-term stable operation of production lines. It avoids interruptions in aluminum foil rolling, product scrapping, damage to high-precision instruments and other risks, ensures efficient product delivery capacity, and strengthens the overall market competitiveness of the enterprise.

As a vital engine for national economic growth, the Yangtze River Delta also acts as a pacesetter for energy transition. The three interconnected projects launched by LISINER in this region build a dual enabling model of Energy Storage + Digital Intelligence, accumulating valuable experience for the transformation of local high-energy-consuming enterprises.

Moving forward, LISINER will accelerate its expansion across the Yangtze River Delta, explore more innovative application scenarios, and develop diversified microgrid demonstration projects. On the basis of meeting dynamic power demands of industrial and commercial customers, the company will realize energy mutual support and strategy linkage among multiple sites. It will provide extensible technical foundations and benchmark projects for the construction of new energy architecture across East China, gradually ushering in an era of energy super grid for East China microgrids.