The energy storage UPS power supply adopts a new topology architecture, combining modular UPS and energy storage scenario application requirements. While achieving ultra-high availability and ultra-high reliability of the system, it further effectively improves the energy-saving effect of the system, saves carbon and reduces consumption, and creates greater value for users.

In terms of performance, the energy storage UPS has several major features:
1. Up to 100% charging + 100% load, while ensuring the safety of the load and meeting the requirements of rapid power replenishment, it can achieve two charging and two discharging to improve efficiency: the system supports 100% charging and 100% load operation at the same time, ensuring that the battery is quickly replenished when the city power is restored or the electricity price is low, while not affecting the normal power supply of the load. The two-charge and two-discharge function charges when the electricity price is low and discharges when it is peak, maximizing the use of the electricity price difference and improving economic benefits. In addition, this function optimizes the battery charging and discharging strategy, reduces the number of deep discharges of the battery, and prolongs the battery life. It discharges during peak power consumption and charges during low power consumption, reducing electricity costs.
2. Flexible energy management strategy, mains and battery can be jointly powered, and the load ratio can be set as needed: The system supports the joint power supply mode of mains and battery, and users can flexibly set the load ratio according to the grid status, electricity price and load demand. Applying this power can reduce the peak design capacity of the system front end, reduce capacity costs, and cope with capacity restrictions in weak grid areas. This strategy not only improves energy utilization efficiency, but also enhances the adaptability and economy of the system.
3. Self-developed intelligent monitoring platform, supporting flexible system settings and real-time power and revenue monitoring: Energy storage UPS is equipped with a self-developed intelligent monitoring platform, which supports flexible configuration, real-time monitoring and data analysis. Users can view system status, power, revenue and fault information through the platform to optimize operation strategies. The platform also supports predictive maintenance, early warning of potential faults, and reduced downtime. In addition, the platform provides detailed revenue analysis reports to help users evaluate system performance and economic returns and realize intelligent management.
4. True modular design, further improvement of power density, high reliability and high availability: The modular design makes the system highly flexible and scalable, and users can add or remove modules according to their needs to achieve "on-demand expansion". When a single module fails, the system can automatically switch to the backup module to ensure uninterrupted power supply. The high power density design achieves greater power output in a limited space by optimizing heat dissipation and structural layout, which is particularly suitable for data centers or industrial fields with limited space.
5. The system is more efficient, adopting a new topology and control technology to significantly reduce product losses and electromagnetic interference. The third-generation high-efficiency power devices further improve the energy conversion efficiency. The efficiency can reach up to 96.5% in double conversion mode. Every point of efficiency improvement brings real money to customers.
6. Minimalist layout, comprehensive protection, by deeply optimizing the reasonable layout of PCBA boards and components in the power module, improving the design of the heat dissipation duct, achieving minimalist assembly, minimalist maintenance, extreme reliability, and comprehensive protection at the device level, greatly improving the environmental adaptability of the product.