What is a CPS 2500 inverter?

The CPS-2500 allows DC input configuration flexibility to enable large duration battery connections or reduce balance of system costs through input consolidation. CPS inverters contain all required protective features, including an AC output breaker and DC pre-charge.

Why should you use a DC inverter?

The high degree of flexibility in the AC and DC voltage ranges allows for integration with a wide variety of battery and alternative DC source technologies. The inverters have been qualified for non-curtailed operation even at maximum 1500Vdc in both charge and discharge directions.

What is a pure sine wave DC-AC inverter?

Complete input to output Galvanic Isolation. Nova’s Jupiter-Series Pure Sine Wave DC-AC Inverters are high-reliability power sources specifically designed for demanding commercial, heavy industrial, and military applications. They can be built to meet MIL-STD-810, MIL-S-901, MIL-STD-461, and other standards optionally.

How many CPS inverters can be paralleled?

Up to three CPS inverters can be paralleled together to achieve project scaling for most grid-tied or microgrid applications. This is achieved through control algorithms that enable multiple inverters to work together efficiently within a microgrid. How does the DC port configuration flexibility benefit my project?

Can a CPS inverter start a microgrid?

The CPS inverters incorporate Black Start algorithms that enable the inverter to mitigate large inrush current typically seen during large microgrid energization, making them ideal for starting up large microgrid systems. What battery technologies can Gen5 CPS inverters work with?

How does a CPS inverter work?

The CPS inverter will enter either Momentary Operation, where the converter supplies at least 80% active current command, or Momentary Cessation, where the converter ceases to export active current but does not fault. The trip levels and trip times for the LVRT settings are configurable by the end user and meet the requirements for IEEE 1547.