Reshaping the new standard of energy storage: "Reliable, Minimalist, Profitable" - TBEA New Energy shines at Shanghai EESA Energy Storage Expo

8 From the 13th to the 15th at the Shanghai EESA Energy Storage Expo, TBEA New Energy made a dazzling debut with multiple innovative achievements. Among them, The string-type integrated energy storage converter and booster (TE5000KT-ED) overcomes the challenges of coordinated control in ultra-large-scale energy storage power stations with advanced technology, enabling stable operation in complex power grids, improving system reliability while achieving both increased discharge capacity and economic efficiency.

 

 

      TBEA New Energy's integrated AC/DC energy storage solution (BPS) features a unique architecture and design, capable of reducing commissioning time by 50% 、 reducing installation time by 80% rapid deployment, and also offers safety assurance and wide temperature range adaptability Furthermore, the commercial and industrial integrated energy storage cabinet was also showcased; it is a extremely safe 、 stable and efficient and grid-friendly star product of the commercial and industrial integrated energy storage cabinet. The system supports three-phase three-wire/three-phase four-wire AC access, supports fast grid connection and disconnection switching, off-grid mode operation, and black start, flexibly adapting to all commercial and industrial scenarios. 。

    TBEA New Energy's innovative showcase at the 2025 Shanghai EESA Energy Storage Expo not only demonstrated its strong capabilities in the energy storage field but also provided new ideas and directions for the development of the energy storage industry.

 

 

     In the development process of large-scale energy storage power stations, networking technology has always been the core pursuit of the industry. TBEA New Energy's string-type integrated energy storage converter and booster, through a series of technological innovations, has made "energy storage networking" no longer just a slogan but supported by more precise and comprehensive technology.  

    At present, traditional energy storage power stations often face two major challenges: one is the risk of loss of coordinated control in ultra-large-scale equipment clusters, and the other is insufficient adaptability in complex power grid environments.  

    To solve the above problems, TBEA New Energy independently developed a networking-type string integrated energy storage converter and booster, which provides a disruptive solution to these two major challenges through the dual core networking technology advantages of "mass-level group control technology + wide-range SCR adaptation."

 

 

     What is mass-level group control technology and what role does it play?

    Traditional energy storage equipment control technology may at most command dozens or hundreds of modules, with poor synchronization, whereas "mass-level group control" can easily command tens of thousands or even hundreds of thousands of modules. For example, in a GWh-level large energy storage power station, there are thousands of energy storage converters (PCS). Mass-level group control technology enables these devices to act as "one whole," not fighting individually. It allows ultra-large-scale energy storage power station clusters to achieve millisecond-level response consistency, fundamentally eliminating poor response consistency caused by "disordered steps" among modules and weak grid support capability. 。

    TBEA New Energy's networking-type string integrated energy storage converter and booster's wide-range adaptation capability is known as the "all-scenario clearance certificate". Traditional energy storage equipment often "does not adapt well" in weak grids (low SCR values) and lacks support capability under extreme disturbances. TBEA New Energy's integrated machine breaks this "grid-selective" limitation: in fragile grids such as remote new energy bases, it remains rock-solid, preventing grid collapse; in strong grids in urban core areas, it precisely cooperates with dispatching without "causing trouble". This "strong and weak grid compatibility" adaptability allows TBEA New Energy's networking-type energy storage system to operate reliably in any grid environment.

 

 

     Additionally, TBEA New Energy's string-type integrated energy storage converter and booster achieves microsecond-level communication latency, enabling the entire power station's response speed to reach millisecond-level , executing grid dispatch commands immediately upon receipt. Moreover, the integrated machine's detailed design in safety and economy further strengthens the foundation of reliability. Multi-layer electrical safety design builds a "zero hidden hazard" protection network, and refined energy management reduces the bottleneck effect, increasing system discharge capacity by 8% ; these technical details work together to make reliability no longer an isolated performance indicator but a comprehensive advantage throughout the power station's lifecycle.

 

 

    At this exhibition, another product from TBEA New Energy—the integrated AC/DC energy storage machine—directly addresses industry pain points such as "long construction cycles, high land costs, and difficult adaptation to complex scenarios," with "time-saving, space-saving, efficient, safe, and all-scenario adaptable"   comprehensive advantages, attracting significant attention from participating companies and industry experts.

    With the rapid growth of global new energy installations, energy storage projects face the dual challenges of "scale expansion" and "rapid deployment." Traditional energy storage systems suffer from difficulties in project implementation due to dispersed equipment, complex cabling, and poor scenario adaptability.

    TBEA New Energy's integrated AC/DC energy storage solution (BPS) is a competitive solution launched to address these industry pain points, bringing comprehensive breakthroughs to energy storage projects with unique design and powerful performance.

 

 

    From the perspective of architecture and design, TBEA New Energy's integrated AC/DC energy storage machine adopts a deeply integrated AC/DC architecture and modular pre-installed design, making project construction as simple and efficient as assembling building blocks. This design saves project footprint, which is undoubtedly a boon for areas with tight land resources; at the same time, it can reduce commissioning time by 50% and installation time by 80% , truly achieving rapid deployment, allowing energy storage projects to be put into operation faster.

    Moreover, while pursuing speed, this solution does not compromise on safety. The solution features fully internal DC cable layout, fundamentally eliminating risks such as electric shock and short circuits caused by exposed DC cables in traditional solutions; Paired with the three-layer full configuration design of "prevention, release, and elimination" , it is like putting a "zero risk" safety shield on the entire system, comprehensively ensuring the safe operation of the system, allowing users to worry less about safety issues.

 

 

     Performance improvement is also a major highlight of this solution. The application of cluster control technology allows the system conversion efficiency to increase by 2.2% , which means more efficient use of energy; annual discharge gain exceeds 8%, bringing more benefits to the project; LCOS is reduced by 6.5%, effectively improving the project's economics. In addition, the loaded magnitude control system enables the grid to receive rapid support and precise scheduling, further enhancing the coordination capability between the system and the grid.

    Moreover, this solution also features wide temperature range all-weather adaptability. Currently, new energy projects are extending from plains to complex areas such as plateaus, coastal regions, and extreme cold zones. Traditional equipment often suffers from reduced operational stability due to insufficient environmental adaptability, whereas TBEA New Energy's solution can operate stably regardless of extreme challenges such as low air pressure on plateaus, salt spray corrosion along coasts, or low temperatures in extreme cold environments, demonstrating strong environmental adaptability and can be widely applied in various complex scenarios.

 

 

    From "time and space saving" during construction to "efficient and safe" during operation, TBEA New Energy's integrated AC/DC energy storage solution has raised the efficiency of energy storage project implementation to a new level with solid performance. It not only enables faster and more economical construction and use of energy storage projects but also adapts to various complex environments, truly transforming energy storage projects from "difficult to implement" to "easy to deploy and quick to take effect," leading energy storage projects into a new era of simplified deployment.

 

 

 

Source: TBEA New Energy