Focusing On Energy Storage Safety, Helping “Double Carbon” Goal--Anli Energy's Sodium Salt Battery Appears in 2025 Future Energy Storage Conference

In the key stage of global energy transition to renewable energy, energy storage, as a core technology to support the stable operation of the energy system, is ushering in the rapid development. 2025 June 20, the much-anticipated 2025 Future Energy Storage Conference was grandly opened in Chongqing. Zhejiang AMPower Energy Co., Ltd (a subsidiary of Chilwee Group) was invited to attend the conference to carry out in-depth exchanges around the "construction of intrinsically safe energy storage system", which demonstrated the cutting-edge strength of sodium salt batteries in the field of new technologies, and provided a mature and reliable industrialized solution for cracking the safety problems of the energy storage industry.

At the conference site,Zhenjiang Yu , Deputy General Manager of AMPower Energy and President of Sodium Salt Branch of Chilwee Group's Central Research Institute, delivered a keynote speech, systematically introducing Chilwee Group's strategic layout of intrinsically safe battery system, and focusing on the promotion of high safety batteries that have already realized large-scale mass production - Sodium Salt Batteries, PresidentZhenjiang Yu highlighted that, at present, the risk of thermal runaway of traditional liquid lithium batteries is frequent, and energy storage safety accidents have been frequently reported. PresidentZhenjiang Yu emphasized that at present, the risk of thermal runaway of traditional liquid lithium batteries is frequent, and energy storage safety accidents are frequently reported, so the energy storage industry has put forward unprecedentedly high requirements for "safety". Based on years of R&D accumulation of sodium salt battery, AMPower Energy has constructed a three-in-one solution of "solid state + high temperature + intrinsic safety", which guards the safety of energy storage in the whole chain from the design of battery cell to the integration of system.

Sodium salt battery cell adopts sodium-nickel chemical system and β-Al2O3 solid ceramic electrolyte, which has the characteristics of non-flammable and no risk of thermal runaway, and can operate stably in extreme environments as high as +65℃ and as low as -40℃, and has passed the UL9540A cell-level certification, which truly realizes the perfect integration of temperature adaptability and intrinsic safety. The battery adopts a rugged steel shell with a fully sealed design, which is impact and vibration resistant, effectively isolating the external environment from interference and adding a "physical lock" for safety.

Sodium salt battery energy storage solutions are designed to be flexible and scalable, able to match the space and power requirements of different application scenarios, such as home energy storage, industrial and commercial energy storage, and grid-side large-scale energy storage, etc. With excellent comprehensive performance and inherent safety, whether it is a "safe house" to protect the family's daily use of electricity or a "giant energy pool" to support the stable operation of the grid, it can provide a high-performance solution without sacrificing safety. With excellent comprehensive performance and inherent safety, whether it is a "safe house" for daily household electricity consumption or a "giant energy pool" to support the stable operation of the power grid, sodium salt batteries can provide high-performance solutions without sacrificing safety.

The environmental attributes of sodium salt batteries are equally compelling. Unlike the large amount of harmful metals used in traditional batteries, sodium salt batteries utilize the abundant and low-cost sodium resources in the earth's crust and are 100% recyclable, with virtually no environmental burden on the after-service treatment process, making them a high-quality solution for green energy storage.

Sodium salt battery is not a laboratory concept, but a mature product that has been rigorously verified and supported by a complete supply chain, and can serve the market immediately. As the core platform of high-temperature solid-state energy storage technology under Chilwee Group, AMPower Energy has always insisted on both independent innovation and industrial landing, and its sodium salt battery products have been widely used in key scenarios such as African railroads, electric power protection, and data centers, forming a complete technological chain and industrial chain from electric core, battery module to system integration.