Wall-mounted solar converter (inverter) KEMOT PROsolar-2500 (24V 230V 2500VA/1800W)
SKU:URZ3419
KEMOT PROsolar-2500 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 them to work with photovoltaic modules and the electrical grid. The devices combine the functions of a solar charger, inverter, and battery charger.
Application of solar inverters. Direct input for solar panels means that these devices use solar energy to power receivers connected to the existing electrical installation network. The solar inverter will also be suitable for powering electrical appliances requiring an AC voltage of 230 V, and as an emergency source, it will ensure the trouble-free operation of devices requiring continuous power.
KEMOT solar inverters with a power of approximately 500 W are suitable, for example, for CO pumps or alarm and monitoring systems or lighting receivers. In turn, you can use higher-power devices to power refrigerators, kettles and other more demanding devices.
Two operating modes. KEMOT solar inverters are an additional source of electricity obtained from solar energy, which in the event of a power failure, you can use to support all devices requiring a constant power supply 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 (sunlight is sufficient) and devices are also connected to mains power: photovoltaic cells will power external devices, while charging the battery (mains power will be in standby mode at this time). 2. In the evening, the system will power the devices from the battery until the undervoltage protection is activated; then the system will automatically switch to mains power mode and charge the battery to a certain level to ensure power in the event of an emergency. The battery will be fully charged by the photovoltaic cell after the photovoltaic power is restored.
AC Priority Mode 1. Mains power is available: devices will be powered from the mains. Photovoltaic cells will top up the battery. 2. If the voltage range is exceeded or there is a mains power failure: connected devices will be powered from the battery and photovoltaic cells to maintain power continuity. If power from photovoltaic cells is unavailable or insufficient, connected devices will only be powered from the battery.
Pure sinusoidal waveform Solar inverters from the PROsolar series are suitable for all devices that are extremely sensitive to the slightest changes in voltage shape. Their advantage is the pure sinusoidal waveform of the output voltage (powering the receivers), thanks to which the devices ensure stable operation, preventing the overheating effect of inductive receivers. Together with the battery, they constitute a complete 230 VAC guaranteed power supply device.
Compact housing. The extensive functionality of KEMOT PROsolar inverters has been enclosed in a small, solid black housing. You can check the current operating status of the device on the clear LED display. And if, for example, you do not have space to place the device in the boiler room or electrical distribution board, you can use the integrated handle and hang it on the wall.
Choose the right battery. To ensure the highest quality of operation of the KEMOT solar inverter, a suitable battery must be selected for it. The battery for powering the house is not included in the set. To ensure the best performance of your emergency power supply with PV function, choose a Rebel and Vipow gel battery or another lead-acid battery.
Application of solar inverters. Direct input for solar panels means that these devices use solar energy to power receivers connected to the existing electrical installation network. The solar inverter will also be suitable for powering electrical appliances requiring an AC voltage of 230 V, and as an emergency source, it will ensure the trouble-free operation of devices requiring continuous power.
KEMOT solar inverters with a power of approximately 500 W are suitable, for example, for CO pumps or alarm and monitoring systems or lighting receivers. In turn, you can use higher-power devices to power refrigerators, kettles and other more demanding devices.
Two operating modes. KEMOT solar inverters are an additional source of electricity obtained from solar energy, which in the event of a power failure, you can use to support all devices requiring a constant power supply 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 (sunlight is sufficient) and devices are also connected to mains power: photovoltaic cells will power external devices, while charging the battery (mains power will be in standby mode at this time). 2. In the evening, the system will power the devices from the battery until the undervoltage protection is activated; then the system will automatically switch to mains power mode and charge the battery to a certain level to ensure power in the event of an emergency. The battery will be fully charged by the photovoltaic cell after the photovoltaic power is restored.
AC Priority Mode 1. Mains power is available: devices will be powered from the mains. Photovoltaic cells will top up the battery. 2. If the voltage range is exceeded or there is a mains power failure: connected devices will be powered from the battery and photovoltaic cells to maintain power continuity. If power from photovoltaic cells is unavailable or insufficient, connected devices will only be powered from the battery.
Pure sinusoidal waveform Solar inverters from the PROsolar series are suitable for all devices that are extremely sensitive to the slightest changes in voltage shape. Their advantage is the pure sinusoidal waveform of the output voltage (powering the receivers), thanks to which the devices ensure stable operation, preventing the overheating effect of inductive receivers. Together with the battery, they constitute a complete 230 VAC guaranteed power supply device.
Compact housing. The extensive functionality of KEMOT PROsolar inverters has been enclosed in a small, solid black housing. You can check the current operating status of the device on the clear LED display. And if, for example, you do not have space to place the device in the boiler room or electrical distribution board, you can use the integrated handle and hang it on the wall.
Choose the right battery. To ensure the highest quality of operation of the KEMOT solar inverter, a suitable battery must be selected for it. The battery for powering the house is not included in the set. To ensure the best performance of your emergency power supply with PV function, choose a Rebel and Vipow gel battery or another lead-acid battery.
Model: URZ3419 - 2500 VA
Power: 1800 W
Battery voltage: 24 V DC
Operating mode: PV (PV/photovoltaic priority) / AC (AC/mains priority)
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PV Mode:
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Input voltage range: 30 V DC – 100 V DC
Max. charging current: 40 A (depending on the photovoltaic cell used)
Max. conversion efficiency: 98%
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AC Mode:
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Input voltage range: 190 V AC ~ 260 V AC
Input frequency range: 45-65 Hz
Output voltage range: 206 V AC ~ 242 V AC
Input power factor (AC/DC): 98%
Efficiency: Mains power mode >= 96%
Charging current: 10 A
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Inverter Output:
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Inverter output voltage: 230 V ±3%
Output frequency: 50 Hz/60 Hz ±0.3 Hz
Output power factor: >= 0.8
Waveform distortion: Resistive load =< 3%
Switching time from PV to AC mode: typically 4 ms; max. 6 ms
Efficiency: Inverter mode >= 80%
Inverter overload: 110%-130% shutdown after 30 s, 130%-150% shutdown after 3 s
Short circuit: Automatic shutdown
Battery capacity: 100-200 Ah (suggested: 200 Ah)
Estimated charging time: 4-14 hours (depending on battery capacity)
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Other
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Ambient temperature 0~40°C
Air humidity 10% ~ 90%
Sound level =< 50 dB
Dimensions:
Weight:
Power: 1800 W
Battery voltage: 24 V DC
Operating mode: PV (PV/photovoltaic priority) / AC (AC/mains priority)
----------
PV Mode:
----------
Input voltage range: 30 V DC – 100 V DC
Max. charging current: 40 A (depending on the photovoltaic cell used)
Max. conversion efficiency: 98%
----------
AC Mode:
----------
Input voltage range: 190 V AC ~ 260 V AC
Input frequency range: 45-65 Hz
Output voltage range: 206 V AC ~ 242 V AC
Input power factor (AC/DC): 98%
Efficiency: Mains power mode >= 96%
Charging current: 10 A
----------
Inverter Output:
----------
Inverter output voltage: 230 V ±3%
Output frequency: 50 Hz/60 Hz ±0.3 Hz
Output power factor: >= 0.8
Waveform distortion: Resistive load =< 3%
Switching time from PV to AC mode: typically 4 ms; max. 6 ms
Efficiency: Inverter mode >= 80%
Inverter overload: 110%-130% shutdown after 30 s, 130%-150% shutdown after 3 s
Short circuit: Automatic shutdown
Battery capacity: 100-200 Ah (suggested: 200 Ah)
Estimated charging time: 4-14 hours (depending on battery capacity)
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Other
----------
Ambient temperature 0~40°C
Air humidity 10% ~ 90%
Sound level =< 50 dB
Dimensions:
Weight: