Autonomous photovoltaic system for refrigerator 12V / 65watt - 75 watts
Autonomous photovoltaic kit / package for small refrigerator 65-75 watt / 12V or 220V by adding inverter
Kaco KA BLUEPLANET 125 mains inverter for photovoltaics. Suitable inverter for net metering, photovoltaic on roofs, home and professional photovoltaic systems.
Available on backorder
Kaco KA BLUEPLANET 125 TL3 mains inverter: Well designed, fast installed
Start saving cost on Kaco KA BLUEPLANET 125 TL3 network inverter
The three-phase string converter blueplanet 125 TL3. The blueplanet 125 TL3 is a new voltage regulator for commercial and industrial photovoltaic systems based on 1500 volt units. With an impressive temperature range from -25 to +60 ° C, the unit is well equipped to withstand the elements. Equipped with an output power of 125 kilowatts, while weighing less than 70 kg, this string converter offers high power density, allowing oversized up to almost 1,5 times its output power. A top 99% efficiency in the industry with a wide range of MPPT from 875 to 1300 volts demonstrates an unparalleled level of superior efficiency. The use of aluminum cables with a cross section of up to 240 mm offers another way of saving installation costs. Custom string collectors allow the user flexibility in configuring any method of custom connection technology. The blueplanet 125 TL3 has a sturdy aluminum outer casing for the wall. The converter is wireless and easy to use, with a mobile app for iOS and Android. Supported by built-in data logger. With the web server, system monitoring as well as updating and servicing an inverter network from a remote location can be achieved: For this purpose, each device has two Ethernet interfaces. The blueplanet 125 TL3 is also available as an all-in-one system solution, combining the advantages of centralized and decentralized system configurations.
specifications
ENTRANCE DC | 125.0 TL3 | |
Max. recommended PV generator power | 187 500 W | |
MPP range | 875 - 1 300 V | |
Operating range | 875 - 1 450 V | |
Rated DC voltage / starting voltage | 900 V / 1 000 V | |
Max. no-load voltage | 1 500 V | |
Max. input current | A 160 | |
Max. short circuit current Isc Max | A 300 | |
Number of MPP trackers | 1 | |
Connection per tracker | 1-2 | |
EXIT AC | ||
Rated output | 125 000 VA | |
Max. power. power | 137 VA | |
Line voltage |
600 V (3P + PE) | |
Voltage range (Ph-Ph) | 480 - 760 V | |
Rated frequency (range) | 50 Hz / 60 Hz (45 - 65 Hz) | |
Rated current |
3 120.3 x A | |
Max. current | 3 132,3 x A | |
Reactive power /
cos phi |
0 - 100% Snom / 0.30 ind. - 0.30 cap. | |
Max. total harmonic distortion (THD) | ≤ 3 % | |
Number of grid phases | 3 | |
GENERAL CHARACTERISTICS | ||
Max. efficiency | 99.2% | |
Europ. efficiency | 99.0% | |
98.9% | ||
standby consumption | 6 W | |
Circuitry topology | transformerless | |
MECHANICAL PARTS CHARACTERISTICS | ||
Display | LEDs | |
Control units | web server, supports mobile devices | |
Interfaces | Ethernet (Modbus TCP, Sunspec)
RS485 (KACO protocol) USB, optional: 4-DI, WIFI |
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Fault signaling relay | potential-free NOC max. 30 V / 1 A | |
DC connection | cable lug, max. 240 mm² (0.372 in2) Cu or Al
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AC connection | cable lug, max. 240 mm² (0.372 in2) Cu or Al | |
Ambient temperature | -25 ° C - +60 ° C 1) | |
Humidity | 0 - 100% | |
Max. installation elevation (above MSL) | 3 000 m | |
Min. distance from coast | 500m | |
cooling | temperature controlled fan | |
Protection class | IP66 / NEMA 4X | |
Noise emission | 59.2dB(A) | |
H x W x D | 719 x 699 x 460 mm | |
Weight | 78.2 kg |
How does saving money on your home with a Kaco network inverter save you money?
Photovoltaic panels are a great way to generate clean energy and reduce electricity bills. They can save you money on your electricity bill by producing clean, clean energy that is not only cheaper than you pay now, but also better for the environment.
There are many other benefits to solar energy as well. You will never have a power outage because you will generate power yourself. You will also receive free, clean electricity at the end of your system life cycle and it is an investment that will pay off over time because your system will last much longer than a traditional one.