Powador-18.0-TR3

KACO Powador 18.0 TR3 inverter Are you planning a larger solar installation with modules that should be earthed? The Powador 16.0 TR3 and 18.0 TR3 three-phase inverters offer the ideal solution as transformer devices and connect your system safely to the grid. As genuine three-phase devices, they supply sinusoidal alternating current with 120° phase shift in the highest quality - a dream come true for all grid operators. Of course, they meet all the requirements of the new medium-voltage directive, and they are also ideally equipped to meet the requirements of the upcoming low-voltage directive. They already offer a solution for the new requirements for grid separation above 50.2 Hz. Three strings can be connected per MPP controller, so the devices can process the solar power from nine strings. For optimum adaptation, they work with three separate MPP trackers. The peak efficiency is 96.2 %. Cooling is provided by demand-controlled fans, precisely aligned to the temperature-sensitive components. Perfect communication is easy with these two devices. In addition to the standard RS485 interface, which enables, among other things, yield data to be queried using the Powador-proLOG, they also feature innovations that guarantee maximum convenience: integrated web server for seamless monitoring via Ethernet, USB connection for installing software updates and a graphic display for displaying operating data. Due to this equipment, users can do without a separate data logger. A number of country presets are programmed into the inverters, and these can be easily selected on the devices during installation. Regardless of this, you can select your desired operating language. Installation is very simple and therefore cost-effective due to the separate connection compartment. All components required for earthing the PV generator are included in the scope of delivery. On our website you will also find videos that give a quick impression of the installation procedure. Of course, our three-phase devices can be combined with each other and are therefore suitable for significantly higher performance classes. The circuit is also prepared for island use.