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Our offer includes a wide range of PV inverters that convert direct current(DC) into alternating current (AC). Voltage inverters manufactured by Deye, FIMER, Fronius, Huawei, Kaco, SolaX, SolarEdge, Tigo, and Victron can be used for various types of installations – residential, commercial, as well as large-scale projects. In addition to PV inverters, our offer also includes battery inverters and hybrid inverters, which present a combination of battery and PV inverters.
See the list of compatible batteries with Deye hybrid inverters:
- high voltage batteries
- low voltage batteries
We provide an extended warranty and reliable logistics services on a global scale and we also support various payment options.
Information on individual products can be found in individual product descriptions.
In general this sensor measures the temperature on surfaces. By fixing the sensor on the back side of the pv-module, the module temperature can be told.
The temperature of the pv-module is one of the decisive facts for the power output. By supervision, the pv-owner can draw conclusions to the performance of the power chart.
Mounting tip: It is recommended to fix the sensor and the cable with an additional adhesive tape.
Technical data | |
---|---|
Sensor | PT1000 |
Measuring range | -20°C to +150°C |
Accuracy | ±0.8°C (in the range -20°C to 100°C) |
Design | Sensor on an adhesive film for measurement on sheets |
Dimensions | 50 x 100 mm |
Cable | 3 m Cu-cable; silicon isolated, ferrules, UV-resistant |
Max. cable length (distance Sensor Card/Box - sensor) | 20 m |
The Fronius Ohmpilot is a consumption regulator designed to use excess solar power to heat water. Thanks to the continuously adjustable regulation from 0 to 9 kW, surplus PV current can be put to highly efficient use and fed to the consumers in the household. The Fronius Ohmpilot is primarily used to intelligently control heating elements for providing hot water in boilers and buffer storage tanks, but can also be used for infrared heating or towel radiators. Solar power can thus provide a family home with average levels of water consumption with most of their hot water from April to October. The result is maximum self-consumption, a reduction in the household’s CO2 emissions and less wear on the building’s main heating system during the summer months
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