With the KACO Solar blue planet xi-series, our engineering team has created an inverter family that is unparalleled in its class and once again, has set new energy output and efficiency standards. Our new inverter design is not only the most efficient in it’s class; it also offers patented MPP technology and produces optimum total output from your installation.
Longevity and reliability have been the outstanding characteristics and key objectives of all KACO Solar developments. During the middle of the last century, KACO’s mechanical AC-“choppers” created the basis for today’s reliable inverters. Reliability has remained a key characteristic of all blue planet inverters.
We still focus on the exclusive use of convection cooling for our inverters. It’s a simple fact that inverters have a longer lifetime without moving parts like fans.
Blue Planet Grid-Tied Inverters
The KACO Solar blue planet product family has set new standards in photovoltaic applications - particularly with regard to reliability, efficiency and power density, and a patented technology to meet state-of-the-art requirements.
View KACO Solar Inverters Specifications:
KACO Solar blueplanet 1501xi (pdf format 500k)
KACO Solar blueplanet 2901xi (pdf format 500k)
KACO Solar blueplanet 3601xi (pdf format 500k)
Features:Electrically isolated dual converter principle in HF technologyAvailable for 2.0 - 6.0 kWP Generator PowerInput voltage range: 125 - 400 VDCUser-friendly, illuminated KACO display with two-key operationeasyInstall front flip panelCompact and lightweight enclosure designIntegrated BiSi grid monitoring with patented anti-islanding processData output via easyLink RS232/RS485 interface
Another important highlight is that although all inverters are capable of monitoring the utility grid and will automatically switch off in the event of a black-out, KACO’s blue planet inverter uses innovative patented BiSi technology that eliminates the problems of fragile impedance grid monitoring systems.
The result is high reliability and the elimination of unnecessary system failure and production losses due to “cross interference”.
|
