Wall-mounted solar inverter KEMOT PROsolar 7000 48V 230V 7000VA/5000W

Wall-mounted solar inverter KEMOT PROsolar 7000 48V 230V 7000VA/5000W - description

The KEMOT PROsolar-7000 solar inverter Solar inverters from the KEMOT PROsolar series with a nominal output power from 500 W to 2500 W, thanks to their extensive functionality, allow cooperation with photovoltaic modules and the electrical grid. The devices combine the functions of a solar charger, inverter, and battery charger. Application of solar inverters The direct input to solar panels allows these devices to use solar energy to power loads connected to the existing electrical installation network. The solar inverter is also suitable for powering electrical equipment requiring an alternating voltage of 230 V and as an emergency source, it will ensure seamless operation of devices requiring continuous power supply. KEMOT solar inverters with a power of around 500 W will be suitable for e.g. heating pumps, alarm systems, and monitoring or lighting fixtures. On the other hand, devices with higher power can be used to power refrigerators, kettles, and other more demanding devices. Two operating modes KEMOT solar inverters represent an additional source of electricity obtained from solar energy, with which in the event of an energy outage you can support all devices that require continuous power from the grid in your home. Importantly, the device needs a maximum of 6 milliseconds to switch between individual modes. PV priority mode 1. During the day (when sunlight is sufficient) and devices are also connected to the grid: photovoltaic cells will power external devices while simultaneously charging the battery (the grid power will be in standby mode during this time). 2. In the evening, the system will power devices from the battery until the low voltage protection activates; then the system will automatically switch to grid power mode and will charge the battery to a specified level to ensure power supply in case of an emergency. The battery will be fully charged by the photovoltaic cell after the photovoltaic power supply is restored. AC priority mode 1. Grid power is available: devices will be powered from the grid. Photovoltaic cells will charge the battery. 2. In the event of overvoltage or power supply interruption: connected devices will be powered from the battery and photovoltaic cells to maintain continuity of power supply. If the power supply from photovoltaic cells is unavailable or insufficient, connected devices will only be powered from the battery. Pure sine wave curve The solar inverters with ...

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