When industrial and commercial energy storage enters the "actuarial era", customers are no longer most concerned about whether to use energy storage, but more practical issues:
How much does this electricity earn? Can the system run stably for a long time? Will future operations drag down?
Based on these core pain points, we have developed an integrated solution. From system efficiency to intelligent scheduling, from liquid cooling temperature control to thermal runaway protection, and then to a service system covering the entire lifecycle from factory delivery to operation and maintenance, it provides industrial and commercial users with a truly profitable, preventable, and worry free "asset level" energy storage product based on three principles: revenue appreciation, safety first, and simple operation and maintenance.
Profit appreciation
Not only efficient, but also focused on long-term value release
The reality is that a large number of energy storage projects have fallen into a vicious cycle of "high input, low output", and the problem lies in three aspects:
Low energy conversion efficiency
The system scheduling is not flexible enough
The lifespan of battery cells is quietly shortened due to temperature control issues
Efficiency leap, raising the starting point of revenue from the bottom of the system
Industry energy storage systems generally have an RTE between 80-90%, but we have improved the conversion efficiency to 99% through a three-level PCS architecture and dynamic modulation algorithm. The system's RTE is ≥ 90%, resulting in lower conversion losses per kilowatt hour and higher value.
AI temperature control system: key guarantee for extending battery life
Whether the temperature control is done well or not is not only a safety issue, but also directly affects the lifespan and profitability of the equipment. Under the condition of two charges and two discharges per day, the system can still maintain a stable lifespan of over 12 years.
Security Line of Defense
Moving from 'post remedy' to 'full predictive defense'
In the current era where the safety of energy storage systems is widely concerned, relying solely on traditional passive protection is clearly not enough. Our philosophy is to let the system know the risks first and then respond.
Cell level health monitoring ensures hidden dangers have nowhere to hide
Real time collection of key parameters such as temperature, voltage, current, gas, pressure, etc., and identification of internal resistance abnormalities and internal short circuit signs through AI algorithms to achieve:
15-20 minutes advance thermal runaway warning
Improved prediction accuracy by over 300%
This means that a minor malfunction can be cut off before evolving into a systemic accident.
Millisecond level electrical protection, fast enough to 'leave no future troubles'
Through the three-level fuse structure of arc recognition+module/PACK/system, the system can respond and isolate abnormal circuits within a maximum of 8ms, cutting off the arc source. At the same time, the water and electricity separation piping design completely separates the high-voltage system from the liquid cooling circuit, eliminating composite safety risks from the wiring structure level.
Three level fire protection system, creating an "active closed-loop defense"
Warning layer: PACK and cabin dual dimensional sensor network for real-time detection of smoke, VOCs, etc;
Explosion release layer: The pressure sensing triggers the automatic pressure relief valve, which resolves the initial energy impact;
Fire extinguishing layer: cabin+battery level dual channel, perfluorohexane+water immersion linkage to extinguish the fire source.
Minimalist operation
Transforming 'specialized management' into 'automated experience'
Operation and maintenance is the most easily underestimated but most likely to accumulate hidden costs burden for industrial and commercial energy storage. We connect the last mile of deployment and operation through structural integration, cloud intelligence, and full process service.
Structural integration, deployment efficiency increased by 50%
Implementing a three in one integrated design of PCS+EMS+BMS in terms of structure, pre installed and debugged before leaving the factory. After arrival at the station, only "one wiring+one click setting" is needed to connect to the grid, significantly improving deployment efficiency. Pre installed and debugged at the factory, ready for installation upon arrival at the station; Supports multiple installation methods, saving 30% of site space.
Cloud Operations Center: Leave daily management to the system
Through the APP or web platform, users can remotely complete:
Real time revenue viewing
Fault self diagnosis and warning push
Strategy setting and adjustment
Seamless integration with third-party systems
No need to be on duty, can also control the entire system in real-time.