SmartSolar

Built-in Bluetooth Smart: No dongle neededThe wireless solution for set-up, monitoring and updating of the controller using Apple and Android smart phones, tablets or other devices.VE.DirectFor a wired data connection with a Color Control Panel, a PC or other devices.Ultra fast Maximum Power Point Tracking (MPPT)Especially in overcast sky, when the light intensity is constantly changing, improves an extremely fast MPPTRegler the energy yield compared to PWM charge controllers by up to 30% and in comparison to slower MPPT controllers by up to 10%.load outputOvercharging of the battery can be prevented by all loads are connected to the load output.The load output disconnects the loads when the battery has been up to a predetermined voltage value discharged.Alternatively, can also choose an algorithm for intelligent battery management: See Battery Life.The load output is short-circuit proof.Battery Life: intelligent battery managementIf the solar charging controller is not able to charge the battery within one day up to its full capacity, the status of the battery changes constantly "partially loaded" and between "the end of discharge" back and forth.This mode of operation (no regular full charging) damaged a lead-acid battery within a few weeks or months.The Battery Life algorithm monitors the state of charge of the battery and, if necessary he lifts every day the threshold value for separating the load on (i. E., The load is disconnected earlier) until the recovered energy sufficient to charge the battery up to almost 100%. From this point, the threshold value is modulated for the disconnection of the load, so that the charging nearly 100% is achieved about once weekly.Programmable battery charging algorithmFor more information, see the section Software on the Victron Energy website.Day / night time control and light insulation optionFor more information, see the section Software on the Victron Energy website.Options for programming, real-time data and display the course- Modern Apple and Android smartphones, tablets, Macbooks and other devices- Color Control PanelBattery voltage: 12/24 V automatic selectionNominal charging current: 15 ANominal PV power, 12 V 1a, b): 220WNominal PV power, 24V 1a, b): 440WMax. Short-circuit current of the solar system 2): 15AAutomatic load disconnect Yes, maximum load 15AMaximum PV open voltage: 75VPeak efficiency: 98%Power consumption 12V: 25 mA 24 V: 15 mA"Constant" -Ladespannung (absorption): 14.4V / 28.8 V (regulated)"Conservation" -Ladespannung (float): 13.8V / 27.6V (adjustable)Charging algorithm: multi-level, adaptiveTemperature Compensation: -16 mV / ° C and -32 mV / ° CUninterrupted / load current: 15 A 20 ASwitching off the load at a low voltage: 11.1 V / V 22.2 and 11.8 V / V or 23.6 Battery Life algorithmReconnecting the load to a low voltage: 13.1 V / 26.2 V or 14 V / 28 V or Battery Life algorithmProtection: reverse polarity of battery (backup) / Output short circuit / over-temperatureOperating Temperature: -30 ° C to +60 ° C (full rated output up to 40 ° C)Humidity: 95% non-condensingData communication port: VE.DirectConnections: 6 mm² / AWG10Protection class IP43 (electronic components), IP22 (connection area)Weight: 0.5 kgDimensions: (HxBxT) 100 x 113 x 40 mm1a) If more PV power is connected, the controller limits the input power1b) The PV voltage must reach at least the height of Vbat + 5 V, so that the controller receives the operation.After that, the minimum value of the PV voltage at Vbat + 1 V. is2) A higher short-circuit current can damage the regulator in the event of a reverse polarity connection of the PV system.

Built-in Bluetooth Smart: No dongle neededThe wireless solution for set-up, monitoring and updating of the controller using Apple and Android smart phones, tablets or other devices.VE.DirectFor a wired data connection with a Color Control Panel, a PC or other devices.Ultra fast Maximum Power Point Tracking (MPPT)Especially in overcast sky, when the light intensity is constantly changing, improves an extremely fast MPPTRegler the energy yield compared to PWM charge controllers by up to 30% and in comparison to slower MPPT controllers by up to 10%.load outputOvercharging of the battery can be prevented by all loads are connected to the load output.The load output disconnects the loads when the battery has been up to a predetermined voltage value discharged.Alternatively, can also choose an algorithm for intelligent battery management: See Battery Life.The load output is short-circuit proof.Battery Life: intelligent battery managementIf the solar charging controller is not able to charge the battery within one day up to its full capacity, the status of the battery changes constantly "partially loaded" and between "the end of discharge" back and forth.This mode of operation (no regular full charging) damaged a lead-acid battery within a few weeks or months.The Battery Life algorithm monitors the state of charge of the battery and, if necessary he lifts every day the threshold value for separating the load on (i. E., The load is disconnected earlier) until the recovered energy sufficient to charge the battery up to almost 100%. From this point, the threshold value is modulated for the disconnection of the load, so that the charging nearly 100% is achieved about once weekly.Programmable battery charging algorithmFor more information, see the section Software on the Victron Energy website.Day / night time control and light insulation optionFor more information, see the section Software on the Victron Energy website.Options for programming, real-time data and display the course- Modern Apple and Android smartphones, tablets, Macbooks and other devices- Color Control PanelBattery voltage: 12/24 V automatic selectionNominal charging current: 20 ANominal PV power, 12 V 1a, b): 290WNominal PV power, 24V 1a, b): 580WMax. Short-circuit current of the solar system 2): 20AAutomatic load disconnect Yes, maximum load 20AMaximum PV open voltage: 100VPeak efficiency: 98%Power consumption 12V: 25 mA 24 V: 15 mA"Constant" -Ladespannung (absorption): 14.4V / 28.8 V (regulated)"Conservation" -Ladespannung (float): 13.8V / 27.6V (adjustable)Charging algorithm: multi-level, adaptiveTemperature Compensation: -16 mV / ° C and -32 mV / ° CUninterrupted / load current: 15 A 20 ASwitching off the load at a low voltage: 11.1 V / V 22.2 and 11.8 V / V or 23.6 Battery Life algorithmReconnecting the load to a low voltage: 13.1 V / 26.2 V or 14 V / 28 V or Battery Life algorithmProtection: reverse polarity of battery (backup) / Output short circuit / over-temperatureOperating Temperature: -30 ° C to +60 ° C (full rated output up to 40 ° C)Humidity: 95% non-condensingData communication port: VE.DirectConnections: 6 mm² / AWG10Protection class IP43 (electronic components), IP22 (connection area)Weight: 0.65 kgDimensions: (HxBxT) 100 x 113 x 60 mm1a) If more PV power is connected, the controller limits the input power1b) The PV voltage must reach at least the height of Vbat + 5 V, so that the controller receives the operation.After that, the minimum value of the PV voltage at Vbat + 1 V. is2) A higher short-circuit current can damage the regulator in the event of a reverse polarity connection of the PV system.

Built -in Bluetooth Smart: No dongle necessaryThe wireless solution for set-up, monitor and updated the controller using Apple and Android smartphones, tablets or other devices.Ve.directFor a wired data connection with a color control panel, a Venus GX, a PC or other devices.Ultra -fast maximum power point tracking (mppt)Especially when the sky is covered, when the light intensity is constantly changing, an extremely fast MPPT controller improves the energy yield compared to PWM charging controls by up to 30 % and compared to slower MPPT regulators by up to 10 %.Advanced maximum Power Point detection in part shading.In the event of a partial shading, two or more points of maximum performance (MPP) may be available on the electricity voltage curve.Conventional MPTS tend to adjust to a local MPP. However, this may not be the optimal MPP.The innovative algorithm of the Bluesolar device will always maximize the energy yield by adjusting itself to the optimal MPP.Excellent efficiencyNo cooling fan. Maximum efficiency at over 98 %.Full of output current up to 40 C (104 ° f).Flexible loading algorithmsFully programmable loading algorithm (also note the software page on the Victron Energy website) and eight pre-programmed algorithms that can be selected using a rotary knob (other details can be found in the manual).Comprehensive electronic protectionOverheating protection and load reduction at high temperatures.Protection against PV short circuit and PV solutions.PV backstream protection.Internal temperature sensorCompensates for constant and charging conservation voltages after temperature.Options for displaying data in real time- Apple and Android smartphones, tablets and other devices.- Color Control panelBattery voltage: 12/24V automatic choiceNominal power: 30 aNominal PV performance, 12 V 1a, b): 440 WNominal PV performance, 24V 1A, b): 880 WMaximum PV empty voltage: 100 VMax. Short circuit current of the solar system 2): 35 aMax. Effect: 98 %Self -consumption 12V: 30 MA 24V: 20 MA"Constant" charging voltage (absorption) Standard settings: 14.4 V / 28.8 V (adjustable)"Conservation" charging voltage Standard settings: 13.8V / 27.6V (regulable)Ladeal gorithm: multi -stage, adaptiveTemperature compensation: -16 mv/° C or -32 mv/° CProtection: Polation on battery (backup, no access by the user) / PV solutions / output Short circuit / overheating / overheatingOperating temperature: -30 ° C to +60 ° C (full nominal output up to 40 ° C)Moisture: 95 % not condensingData communication sport: ve.directConnections: 13 mm²/AWG6Protection class: IP43 (electronic components), IP22 (connection area)Weight: 1.3 kgDimensions (HXBXT): 130 x 186 x 70 mm1a) If more PV current is connected, the controller limits the input power1b) The PV voltage must reach at least the amount of VBAT + 5 V so that the controller takes up the operation.Then the minimum value of the PV voltage is at VBAT + 1 V.2) A higher short-circuit current can damage the controller in the event of a flat connection of the PV system.

Built-in Bluetooth Smart: No dongle neededThe wireless solution for set-up, monitoring and updating of the controller using Apple and Android smart phones, tablets or other devices.VE.DirectFor a wired data connection with a Color Control Panel, a PC or other devices.Ultra fast Maximum Power Point Tracking (MPPT)Especially in overcast sky, when the light intensity is constantly changing, improves an extremely fast MPPTRegler the energy yield compared to PWM charge controllers by up to 30% and in comparison to slower MPPT controllers by up to 10%.load outputOvercharging of the battery can be prevented by all loads are connected to the load output.The load output disconnects the loads when the battery has been up to a predetermined voltage value discharged.Alternatively, can also choose an algorithm for intelligent battery management: See Battery Life.The load output is short-circuit proof.Battery Life: intelligent battery managementIf the solar charging controller is not able to charge the battery within one day up to its full capacity, the status of the battery changes constantly "partially loaded" and between "the end of discharge" back and forth.This mode of operation (no regular full charging) damaged a lead-acid battery within a few weeks or months.The Battery Life algorithm monitors the state of charge of the battery and, if necessary he lifts every day the threshold value for separating the load on (i. E., The load is disconnected earlier) until the recovered energy sufficient to charge the battery up to almost 100%. From this point, the threshold value is modulated for the disconnection of the load, so that the charging nearly 100% is achieved about once weekly.Programmable battery charging algorithmFor more information, see the section Software on the Victron Energy website.Day / night time control and light insulation optionFor more information, see the section Software on the Victron Energy website.Options for programming, real-time data and display the course- Modern Apple and Android smartphones, tablets, Macbooks and other devices- Color Control PanelBattery voltage: 12/24 V automatic selectionNominal charging current: 10 ANominal PV power, 12 V 1a, b): 145WNominal PV power, 24V 1a, b): 290W 4Max. Short-circuit current of the solar system 2): 13AAutomatic load disconnect Yes, maximum load 15AMaximum PV open voltage: 75VPeak efficiency: 98%Power consumption 12V: 25 mA 24 V: 15 mA"Constant" -Ladespannung (absorption): 14.4V / 28.8 V (regulated)"Conservation" -Ladespannung (float): 13.8V / 27.6V (adjustable)Charging algorithm: multi-level, adaptiveTemperature Compensation: -16 mV / ° C and -32 mV / ° CUninterrupted / load current: 15 A 20 ASwitching off the load at a low voltage: 11.1 V / V 22.2 and 11.8 V / V or 23.6 Battery Life algorithmReconnecting the load to a low voltage: 13.1 V / 26.2 V or 14 V / 28 V or Battery Life algorithmProtection: reverse polarity of battery (backup) / Output short circuit / over-temperatureOperating Temperature: -30 ° C to +60 ° C (full rated output up to 40 ° C)Humidity: 95% non-condensingData communication port: VE.DirectConnections: 6 mm² / AWG10Protection class IP43 (electronic components), IP22 (connection area)Weight: 0.5 kgDimensions: (HxBxT) 100 x 113 x 40 mm1a) If more PV power is connected, the controller limits the input power1b) The PV voltage must reach at least the height of Vbat + 5 V, so that the controller receives the operation.After that, the minimum value of the PV voltage at Vbat + 1 V. is2) A higher short-circuit current can damage the regulator in the event of a reverse polarity connection of the PV system.

Mit Schraubanschlüssen für die PV-Installation bietet dieses Modell dieselben technischen Merkmale wie die MC4-Version. Es kann bis zu 60A Ladestrom verarbeiten und ist für anspruchsvolle Solaranlagen geeignet.Technische Daten:- Max. Batteriestrom: 60A- Max. PV-Kurzschlussstrom: 50A- Max. Eingangsspannung: 250V- Abmessungen: 250 x 185 x 95 mm- Gewicht: 3,8 kg

Dieser Laderegler bietet dieselben Leistungsmerkmale wie das MC4-Modell, jedoch mit Schraubanschlüssen statt MC4-Steckern. Er unterstützt bis zu 70A Ladestrom und eignet sich für verschiedene Batteriespannungen. Mit Bluetooth-Funktion und vollständiger Fernüberwachung über die VictronConnect App ist eine einfache Bedienung gewährleistet.Technische Daten:- Max. Batteriestrom: 70A- Max. PV-Kurzschlussstrom: 50A- Max. Eingangsspannung: 150V- Abmessungen: 250 x 185 x 95 mm- Gewicht: 3 kg

Das Modell mit Schraubanschlüssen bietet ähnliche Leistungsdaten wie die MC4-Variante und ist ideal für flexible Installationen. Mit 70A Ladestrom und einer maximalen Eingangsspannung von 250V bietet es effizientes Energiemanagement.Technische Daten:- Max. Batteriestrom: 70A- Max. PV-Kurzschlussstrom: 50A- Max. Eingangsspannung: 250V- Abmessungen: 250 x 185 x 95 mm- Gewicht: 3,8 kg

VICTRON - SmartSolar MPPT 150/100-Tr VE.Can

Der SmartSolar MPPT 150/60-Tr bietet die gleiche Funktionalität wie das MC4-Modell, jedoch mit Schraubklemmen anstelle der MC4-Anschlüsse. Er ist ideal für kleinere bis mittelgroße Solaranlagen und bietet hohe Effizienz bei der Umwandlung von Solarenergie.Technische DatenMaße: 250 x 215 x 100 mmGewicht: 4 kgEingangsspannung: 150VMaximale Stromstärke: 60A

Mit einer erweiterten Ladekapazität von 85A und der Unterstützung von 250V PV-Spannung eignet sich dieser Laderegler ideal für große Solaranlagen. Er bietet VE.Can-Konnektivität zur Synchronisierung mit mehreren Geräten.Technische Daten:- Max. Batteriestrom: 85A- Max. PV-Kurzschlussstrom: 70A- Max. Eingangsspannung: 250V- Abmessungen: 295 x 209 x 103 mm- Gewicht: 6,2 kg

Built -in Bluetooth Smart: No dongle necessaryThe wireless solution for set-up, monitor and updated the controller using Apple and Android smartphones, tablets or other devices.Ve.directFor a wired data connection with a color control panel, a Venus GX, a PC or other devices.Ultra -fast maximum power point tracking (mppt)Especially when the sky is covered, when the light intensity is constantly changing, an extremely fast MPPT controller improves the energy yield compared to PWM charging controls by up to 30 % and compared to slower MPPT regulators by up to 10 %.Advanced maximum Power Point detection in part shading.In the event of a partial shading, two or more points of maximum performance (MPP) may be available on the electricity voltage curve.Conventional MPTS tend to adjust to a local MPP. However, this may not be the optimal MPP.The innovative algorithm of the Bluesolar device will always maximize the energy yield by adjusting itself to the optimal MPP.Excellent efficiencyNo cooling fan. Maximum efficiency at over 98 %.Full of output current up to 40 C (104 ° f).Flexible loading algorithmsFully programmable loading algorithm (also note the software page on the Victron Energy website) and eight pre-programmed algorithms that can be selected using a rotary knob (other details can be found in the manual).Comprehensive electronic protectionOverheating protection and load reduction at high temperatures.Protection against PV short circuit and PV solutions.PV backstream protection.Internal temperature sensorCompensates for constant and charging conservation voltages after temperature.Options for displaying data in real time- Apple and Android smartphones, tablets and other devices.- Color Control panelBattery voltage: 12/24/48V Automatic choice (a software tool is required to select 36V)Nominal power: 35 aNominal PV performance, 12 V 1a, b): 500 WNominal PV performance, 24 V 1a, b): 1000 WNominal PV performance, 36 V 1a, b): 1500 WNominal PV performance, 48 V 1A, b): 2000 WMaximum PV empty voltage: 150 V Absolute maximum Coldest conditions / 145 V maximum value for switching and operationMax. Short circuit current of the solar system 2): 40 aMax. Effect: 98 %Self -consumption 12V: 20 MA 24V: 15 MA 48V: 10 MA"Constant" charging voltage (absorption) Standard settings: 14.4 V / 28.8 V / 43.2 V / 57.6 V (adjustable)"Conservation" charging voltage Standard settings: 13.8 V / 27.6 V / 41.4 V / 55.2 V (regulating)Ladeal gorithm: multi -stage, adaptive (eight pre -programmed algorithms)Temperature compensation: -16 mv/° C/-32 mv/° C/-64 mv/° CProtection: Polation on battery (backup, no access by the user) / PV solutions / output Short circuit / overheating / overheatingOperating temperature: -30 ° C to +60 ° C (full nominal output up to 40 ° C)Moisture: 95 % not condensingData communication sport: ve.directConnections: 16 mm²/AWG6Protection class: IP43 (electronic components), IP22 (connection area)Weight: 1.25 kgDimensions (HXBXT): 130 x 186 x 70 mm1a) If more PV current is connected, the controller limits the input power1b) The PV voltage must reach at least the amount of VBAT + 5 V so that the controller takes up the operation.Then the minimum value of the PV voltage is at VBAT + 1 V.2) A higher short-circuit current can damage the controller in the event of a flat connection of the PV system.

Dieses Gerät ist mit MC4-Steckern ausgestattet und bietet bis zu 70A Ladestrom. Mit einer maximalen PV-Eingangsleistung von 4000W bei 48V und einer Eingangsspannung von 250V ist es eine robuste Lösung für mittlere bis große Solaranlagen.Technische Daten:- Max. Batteriestrom: 70A- Max. PV-Kurzschlussstrom: 50A- Max. Eingangsspannung: 250V- Abmessungen: 250 x 185 x 95 mm- Gewicht: 3,8 kg

Dieses Modell bietet dieselben Vorteile wie andere MPPT-Ladegeräte von Victron, mit einem maximalen PV-Eingang von 150V und einem Ladestrom von 60A. Die MC4-Anschlüsse erleichtern die Installation, und der Regler kann dank integrierter Bluetooth-Funktion einfach über eine App konfiguriert und überwacht werden.Technische DatenMaße: 250 x 215 x 100 mmGewicht: 4 kgEingangsspannung: 150VMaximale Stromstärke: 60A

solar chargers

Der SmartSolar MPPT 150/45 ist ein kompakter Solarladeregler, der für kleinere bis mittlere Solaranlagen geeignet ist. Mit einer maximalen PV-Eingangsspannung von 150V und einem Ladestrom von 45A bietet er eine zuverlässige und effiziente Solarenergieumwandlung auch bei schwierigen Wetterbedingungen.Technische DatenMaße: 185 x 250 x 95 mmGewicht: 2,7 kgEingangsspannung: 150VMaximale Stromstärke: 45A

Dieses leistungsstarke Modell kann bis zu 5800W PV-Leistung bei 48V verarbeiten und bietet eine maximale Eingangsspannung von 250V. Mit 100A Ladestrom ist es ideal für große Solaranlagen und netzunabhängige Systeme.Technische Daten:- Max. Batteriestrom: 100A- Max. PV-Kurzschlussstrom: 70A- Max. Eingangsspannung: 250V- Abmessungen: 295 x 209 x 103 mm- Gewicht: 6,2 kg

Dieses Modell bietet dieselben Leistungsmerkmale wie die MC4-Variante, jedoch mit Schraubanschlüssen für flexible Installationen. Es ist kompatibel mit verschiedenen Batteriearten und ermöglicht durch Bluetooth-Integration eine umfassende Fernsteuerung und Überwachung.Technische Daten:- Max. Batteriestrom: 85A- Max. PV-Kurzschlussstrom: 70A- Max. Eingangsspannung: 150V- Abmessungen: 250 x 185 x 95 mm- Gewicht: 4,5 kg

Der SmartSolar MPPT 250/60-MC4 ist ein kompakter und leistungsstarker Laderegler für mittlere Solaranlagen. Mit einer maximalen PV-Leistung von 3440W bei 48V und einer Eingangsspannung von 250V bietet er hohe Effizienz bei der Energiegewinnung.Technische Daten:- Max. Batteriestrom: 60A- Max. PV-Kurzschlussstrom: 50A- Max. Eingangsspannung: 250V- Abmessungen: 250 x 185 x 95 mm- Gewicht: 3,8 kg

A useful article from the group POWER SUPPLY

Ultra fast Maximum Power Point Tracking (MPPT)Especially in overcast sky, when the light intensity is constantly changing, an extremely fast MPPT controller improves the energy yield as compared to PWM charge controllers by up to 30% and in comparison to slower MPPT controllers by up to 10%.Advanced maximum power point detection in partial shade.In case of partial shading of maximum power (MPP) may be present on the current-voltage curve two or more points.Conventional MPPTs tend to adapt to a local MPP. However, this might not be the optimum MPP.The innovative algorithm of the smart solar device always maximize the energy yield by adjusts to the optimum MPP.outstanding efficiencyNo cooling fan. Maximum efficiency at over 98%.Flexible charging algorithmsFully programmable charging algorithm and eight pre-programmed algorithms that can be selected via a rotary knob (for further details, see the manual).Comprehensive electronic protectionOverheating protection and power derating at high temperatures.Protection against PV short circuit and PV reverse polarity.PV reverse current protection.Internal temperature sensorCompensates constant and trickle charging voltages to temperature from.Built-in Bluetooth Smart: No dongle neededThe wireless solution for set-up, monitoring and updating of the controller using Apple and Android smart phones, tablets or other devices.VE.DirectFor a wired data connection with a Color Control panel, Venus GX, PC or other devices.Remote-controlled on / off circuitFor example, to connect to a VE.Bus BMSprogrammable relayCan be programmed (u. A. With a smartphone) to trigger an alarm or other events.Optional: pluggable LCD displaySimply remove the rubber seal that protects the connector on the front of the controller and plug in the display.Battery voltage: 12/24 / 48V Auto Select (software tool needed to select 36 V)Nominal charging current: 70 ANominal PV power, 12 V 1a, b): 1000 WNominal PV power, 24 V 1a, b): 2000 WNominal PV power, 36 V 1a, b): 3000 WNominal PV power, 48 V 1a, b): 4000 WMax. Short-circuit current of the solar system 2): 50 AMaximum PV open voltage: 150V absolute maximum coldest conditions / 145 V maximum for power-up and operationMax. Efficiency: 98%Power consumption: Less than 35 mA @ 12 V / @ 48 V 20 mA"Constant" -Ladespannung (absorption): default settings: 14.4 / 28.8 / 57.6 V (adapted with: knob, display, VE.Direct or Bluetooth)"Maintenance" -Ladespannung: default settings: 13.8 / 27.6 / 41.4 / 55.2 V (customizable: knob, display, VE.Direct or Bluetooth)Compensation charging voltage: default settings: 16.2 V / V 32.4 / 48.6 V / 64.8 V (regulated)Charging algorithm: multi-stage adaptive (eight pre-programmed algorithms) or user-defined algorithmTemperature compensation: -16 mV / -32 mV / -64 mV / ° CProtection: reverse polarity of battery (backup, no access by the user) / PV reverse polarity / output short-circuit / temperatureOperating Temperature: -30 ° C to +60 ° C (full rated output up to 40 ° C)Humidity: 95% non-condensingMaximum height: 5000 m (full rated output m to 2000)Environmental conditions: for indoor use without special conditionsPollution degree PD3Data communication port: VE.Direct or BluetoothRemote-controlled on / off circuit: Yes (2-pin plug)Programmable Relay: DPST AC nominal value: 240 VAC / 4 A DC / nominal value: 4 A up to 35 VDC, 60 VDC up to 1 AParallel operation: Yes (not synchronized)Color: Blue (RAL 5012)PV terminals: 35 mm² / AWG2Battery Terminals: 35 mm² / AWG2Protection: IP43 (electronic components), IP22 (connection area)Weight: 3 kgDimensions (H x W x D): 185 x 250 x 95 mm1a) If more PV power is connected, the controller limits the input power1b) The PV voltage must reach at least the height of Vbat + 5 V, so that the controller receives the operation. After that, the minimum value of the PV voltage at Vbat + 1 V. is2) A higher short-circuit current can damage the regulator in the event of a reverse polarity connection of the PV system.

Der Victron SmartSolar MPPT 250/85-Tr VE.Can ist ein effizienter Solarladeregler, der die Ernte von Solarenergie optimiert, um Batterien effektiv aufzuladen. Mit integrierter Bluetooth-Konnektivität kann er per Smartphone über die VictronConnect-App konfiguriert und überwacht werden. Er eignet sich für 12V, 24V und 48V Batteriesysteme.Technische Daten:- Max. Batteriestrom: 85A- Max. PV-Kurzschlussstrom: 70A- Max. Eingangsspannung: 250V- Abmessungen: 295 x 216 x 103 mm- Gewicht: 3 kg

Der MPPT 150/85-MC4 VE.Can bietet eine erweiterte Ladekapazität mit 85A, ideal für größere Solaranlagen. Mit einer maximalen PV-Leistung von 4900W bei 48V und der Möglichkeit, ihn mit anderen VE.Can-Geräten zu verketten, ist er für anspruchsvolle Anwendungen in Insel- oder Netzverbundsystemen geeignet.Technische Daten:- Max. Batteriestrom: 85A- Max. PV-Kurzschlussstrom: 70A- Max. Eingangsspannung: 150V- Abmessungen: 250 x 185 x 95 mm- Gewicht: 4,5 kg

Der SmartSolar MPPT 150/100-MC4 VE.Can Solarregler ist ein Hochleistungs-MPPT-Ladegerät, das für große Solaranlagen geeignet ist. Mit einer maximalen PV-Eingangsspannung von 150V und einem Ladestrom von 100A bietet er eine effiziente Energieumwandlung auch bei schlechten Lichtverhältnissen. Über VE.Can lässt er sich problemlos in größere Systeme integrieren.Technische DatenMaße: 250 x 215 x 100 mmGewicht: 4,5 kgEingangsspannung: 150VMaximale Stromstärke: 100A

Built -in Bluetooth Smart: No dongle necessaryThe wireless solution for set-up, monitor and updated the controller using Apple and Android smartphones, tablets or other devices.Ve.directFor a wired data connection with a color control panel, a PC or other devices.Ultra -fast maximum power point tracking (mppt)Especially when the sky is covered, when the light intensity changes, an extremely fast MPP regulator improves the energy yield compared to PWM charging controls by up to 30 % and compared to slower MPPT regulators by up to 10 %.Load exitAn overload of the battery can be prevented by connecting all loads to the load exit.The load exit separates the loads when the battery has been unloaded to a given voltage value.Alternatively, an algorithm for intelligent battery management can also be selected: see BatteryLife.The load exit is short -circuit -proof.Battery Life: Intelligent battery managementIf the solar charging controller is not able to charge the battery within one day to its full capacity, the status of the battery constantly changes between "partially charged" and "end of the discharge".This operating mode (no regular charging) damages a lead-acid battery within a few weeks or months.The battery algorithm monitors the charging status of the battery and, if necessary, it takes up the threshold to separate the load every day (i.e., the load is separated earlier) until the energy obtained is sufficient to charge the battery up to almost 100 %. From this point, the threshold value for switching off the load is modulated, so that the charge is almost 100 % reached about once a week.Programmable battery charging algorithmFor more information, see the Software section on the Victron Energy website.Day/night taxation and light insulation optionFor more information, see the Software section on the Victron Energy website.Options for programming, data in real time and display of the course- Modern Apple and Android smartphones, tablets, MacBooks and other devices- Color Control panelBattery voltage: 12/24 V automatic choiceNominal power: 15 aNominal PV performance, 12 V 1a, b): 220WNominal PV performance, 24V 1A, b): 440WMax. Short circuit current of the solar system 2): 15aAutomatic load shutdown: Yes, maximum Last 15aMaximum PV empty voltage: 100VTop efficiency: 98%Self -consumption 12V: 25 MA 24V: 15 MA"Constant" charging voltage (absorption): 14.4V / 28.8 V (adjustable)"Conservation" charging voltage (float): 13.8V / 27.6V (regulable)Ladeal gorithm: multi -stage, adaptiveTemperature compensation: -16 mv/° C or -32 mv/° CInterruption -free/load current: 15 a 20 aSwitch off the load with low voltage: 11.1 V / 22.2 V or 11.8 V / 23.6 V or Battery Life AlgorithmAnother connect the load according to low voltage: 13.1 V / 26.2 V or 14 V / 28 V or Battery Life AlgorithmProtection: Polation on the battery (fuse) / output coccyxis / over temperatureOperating temperature: -30 ° C to +60 ° C (full nominal output up to 40 ° C)Moisture: 95 % not condensingData communication sport: ve.directConnections: 6 mm² / AWG10Protection class IP43 (electronic components), IP22 (connection area)Weight: 0.6 kgDimensions: (HXBXT) 100 x 113 x 50 mm1a) If more PV current is connected, the controller limits the input power1b) The PV voltage must reach at least the amount of VBAT + 5 V so that the controller takes up the operation.Then the minimum value of the PV voltage is at VBAT + 1 V.2) A higher short-circuit current can damage the controller in the event of a flat connection of the PV system.