Delta Elektronika SM1500-CP-30 Regenerative Bi-Directional DC Power Supply 0V - 1500V 0A - +/- 30A

Quantity in Stock:1

Availability: Stock models DELIVERED NEXT WORKING DAY (UK Only) for orders placed before 15:00 (Mon - Fri)
Product Code: SM1500-CP-30

Description

DataSheet / Video

Delta Elektronika's SM1500-CP-30 regenerative Bi-directional source/sink DC power supply

Delta Elektronika's SM15K series are full bi-directional regenerative series of high-power DC source / sink programmable power supply units based on Delta Elektronika's grid-tied technology.

Voltage Output : 0 to 1500V
Current Output : 0 to +/-30A
Power Output : 15000W

Product Videos

Delta Elektronika's SM15K series regenerative Bi-directional source/sink DC power supplies

Delta Elektronika Company Profile

Delta Elektronika Programmable Power Supplies - Boeing Go Fly Project

Features

Bi-directional power supply with standard 15 kW Source and Sink.
Flexible output with Constant Power characteristics.
Power Regeneration Technology: in sink mode the PSU returns the energy back into the grid.
Easy Master/Slave parallel & series operation up to 300kW.
Very low heat dissipation. Efficiency is more than 95%. No need for expensive cooling systems.
Excellent dynamic responses to load changes including all-digital control to adapt regulation to match load type.
Designed for long life at full power.
Protected against all overload and short circuit conditions.
Operation on wide range of 3 phase AC input voltages
Ethernet interface, built-in sequencer and web interface are included
Large user display, menu driven operations
Durable digital encoders for voltage and current adjustment and menu operation
EMC surpasses CE requirements: low emission and high immunity
Low audible noise: temperature controlled cooling fans

Flexible Output, Means Better Value.

Delta Elektronika 15K series offers users 15kW of output power, each unit has a wide output voltage and a wide output current that can be set any were within there limits as long as the 15kW is not exceeded.

Bi-Directional Power Flow - Source/Sink

Bi-directional power means the same constant power characteristic in the second quadrant for the full 15kW. It operates like an electronic load too: previously Delta’s power supplies would be equipped with an optional power sink capable of absorbing up to 10% of the total energy which was dissipated via internal heat sinks. Now, the power sink is standard and can sink up to 100% of the power without the need for dissipating lots of energy.

Power Recovery Regeneration Technology

With the new Power Recovery [Regeneration] Technology Delta returns full power back into the grid and the efficiency of 95% avoids the need for expensive water cooling. Compared to traditional electronic loads – where dissipation is 100% – there is a power loss of just 5%. Rooms will be cooler, costs for air conditioning systems will drop significantly and overall, the SM15K series contributes to a smaller carbon footprint.

Extremely Good Dynamic Response to Load Changes

Fast response to load changes has been a challenge for a long time, especially when it comes to changing from positive to negative current and vice versa. Previously, for applications requiring source and sink devices, several solutions were offered such as pre-loads. The full integration of source and sink in one device is a neater and more efficient solution.

Inclusive Functionality

Ethernet interface Built-in sequencer Digital control to adapt regulation to match load type Fine tune settings

Features

Bi-directional power supply with standard 15 kW source and sink.
Flexible output with Constant Power characteristics.
Power Regeneration Technology: in sink mode the PSU returns the energy back into the grid.
Easy Master/Slave parallel & series operation up to 300kW.
Very low heat dissipation. Efficiency is more than 95%. No need for expensive cooling systems.
Excellent dynamic responses to load changes including all-digital control to adapt regulation to match load type.
Designed for long life at full power.
Protected against all overload and short circuit conditions.