In addition to the current performance reading, the total energy output since the photovoltaic system's commissioning is displayed, showing the CO2 emissions avoided, or optionally, the daily energy consumption. To ensure the information is easily understood by the public, Siebert's displays go beyond the mere functionality of an electronic screen. They are representative objects that capture the public's interest with their unique design and effectively communicate the investor's message.
For those seeking a design solution, the large-format displays in the Linea, Galeria, and Quadro series are available in classic horizontal, dynamic vertical, and square formats. To maintain consistency with the surroundings, a wide variety of exclusive front panel designs are available. It is also possible to include the investor's, planner's, or sponsor's logo, or a photo of the building, on the graphic. Custom graphics, such as tables, training aids, or project-specific photos, can be created in direct collaboration with the client.
A key innovative feature of these large-format displays is their bright LED display, manufactured using state-of-the-art SMD technology. With luminous white digits, instead of the traditional red, they offer enhanced contrast and high-quality brightness, setting a new standard for LED technology. Even in direct sunlight, the display remains easily readable. Outdoors, unlike the passive operation of LCD displays, these active luminous digits create the desired signal. The XC440 series uses 25mm high digits and is suitable for reading from a distance of up to 10 meters. The XC450 series uses 50mm high digits and is suitable for reading from a distance of up to 25 meters. The latter, even at shorter distances and particularly in outdoor applications, achieves a higher level of visibility.
The large-format XC440/XC450 series displays are suitable for grid-connected photovoltaic systems and operate independently of the inverter brand. They are controlled via the inverter's digital interface or the data logger. The display information can be controlled via the SO interface using pulses provided by the energy controller. The SO interface also allows for the adaptation of photovoltaic systems to the displays. The display can be pre-programmed to a starting value from the previously accumulated data in the meter.
