The RM series three-in three-out UPS with 30kW power module is a fully digital controlled, highly reliable double conversion uninterruptible power supply solution. It adopts three-level inverter technology, with reliable redundant design from components to the whole machine. It has the advantages of high efficiency, high power density, small footprint, support for in-row installation, full modular design for easy expansion, on-demand capacity expansion, shortened maintenance time, etc., providing reliable, stable and clean power supply for critical loads.
Operating Mode
Three-in three-out, double conversion online operation.
Application Fields
Widely used in government, education, scientific research, energy, communications, taxation, medical, enterprise small and medium-sized data centers, dispatching centers, control centers and other industry computer room applications.
Performance Features
Green Energy Saving:
- Input current harmonics ≤3% (non-linear full load), reducing pollution to the power grid, reducing harmonic management costs, reducing cable losses, and providing two-way protection for loads and the power grid.
- Input power factor >0.99, improving power utilization, reducing UPS front-end power distribution losses, and lowering customer investment costs.
Excellent Indicators:
- Excellent performance, the whole machine efficiency is up to 96.5%, significantly reducing the operating energy consumption of the UPS and greatly reducing customer operating costs.
- Output PF 1.0, stronger load capacity under the same power, greater active power output, higher cost performance, lower system investment costs, meeting the high output power factor requirements of different application scenarios.
Simple and Easy to Use:
- The volume of RM180/30D is reduced by 67% compared to the previous generation, more flexible installation, supporting vertical installation and server cabinet installation;
- The battery cell number configuration range supports 15~25 cells. The battery cell number can be configured as needed. When a single battery fails, it avoids customers replacing the entire battery pack, saving customers' later maintenance costs.
- The charging power is up to 30% of the output power. Large current charging reduces charging time and improves lithium battery application adaptability.
- Key device redundant design reduces single point of failure and improves system reliability.
