With the Growatt MIC 3300TL-X string inverter (MPN: MIC 3300TL-X), we offer a single-phase inverter that combines high yields with user-friendliness. It is particularly suitable for small PV systems and delivers up to 3300W AC output power. Simply connect it to your solar system via the MC4 connection and you're ready to go. This allows you to cover part of your electricity requirements cost-effectively.The device can also be monitored and configured on the move using the Shine app or web application via an optional WLAN module. The Growatt MIC inverter at a glance Single-phase operationMaximum power point trackingConnect directly to photovoltaic modulesTouch button and OLED displayCompact design and easy installation10-year manufacturer's warrantyOptionally possible: monitoring with the Shine platform (chargeable accessory required) Why a string inverter? The output of solar modules varies depending on temperature, irradiation and shading, which can lead to so-called mismatching losses. These losses occur as soon as the output of a panel in a row is lower, resulting in lower electricity production for the entire row. A string inverter can reduce these losses. Maximum Power Point Tracking Maximum Power Point Tracking technology is used to generate the best possible yield from a solar system. The MPPT of the MIC inverter sets the optimum ratio between voltage and current over the course of the day, depending on the solar radiation and the temperature of the solar modules. The wide MPPT voltage range means that a large number of solar modules can be connected and this enables efficient energy yield, the advantage of which is most noticeable when the sky is partially overcast and the light intensity is constantly changing. Flexible and easy installation Thanks to its compact dimensions and low weight, the inverter is quick and easy to install and connect. Thanks to the integrated MC4 connections, the connection from the solar supply to the inverter is also completed in just a few moments. The numerous protective functions ensure safe and smooth operation of the solar system. Protective devices DC reverse polarity protectionDC disconnectorDC / AC surge arrester: type IIIInsulation resistance detectionEarth fault, mains and residual current monitoringAC short-circuit protectionIsolated network detectionAFCI protection Technical data max. PV power: 4290Wmax. input voltage: 550VStart voltage: 80VNominal DC voltage: 360VMPPT voltage range: 65V-550VNominal AC power: 3300WNominal AC voltage: 230VMax. Efficiency: 97.6%Operating temperature range: -25°C - +60°CProtection class: IP65Weight: 6kgDimensions (H/W/D): 274 x 254 x 138 mm Scope of delivery: 1x Growatt MIC 3300TL-X inverter1x mounting bracket1x operating instructions

The Growatt MOD 3KTL3-XH BP hybrid inverter (MPN MOD 3KTL3-XH BP) is a 3-phase inverter that ensures simple and user-friendly operation of large solar systems thanks to its high performance and compact size. The inverter is characterized by a high efficiency of 98.3 %, which makes it a powerful and flexible device when configuring a system. In addition to 2 independent MPPT inputs and a maximum PV power of 6000W, the inverter also has an OLED touch display, which is a great advantage for simple and uncomplicated operation. Loads and batteries can also be connected. The APX battery system is compatible with this. As an option, the MOD-XH-BP series can be combined with the SYN 50 XH 30 backup box to achieve off-grid operation. The MOD-XH-BP series: 2 independent MPPTsBattery-ready, future-proofType II SPD on DC and AC sideIntegrated AFCI functionSupport for export limitationOLED and touch buttonDC/AC ratio up to 2.0Off-grid function possible with optional accessories Hybrid inverter In contrast to conventional inverters, hybrid inverters can not only feed the electricity generated by the solar system into the grid, but also store it in batteries. This means that the solar power is also available when the sun is not shining. Another feature of hybrid inverters is their ability to optimize a household's electricity consumption by preferring to use the solar power directly in the household before feeding it into the grid. Active safety with AFCI function An Arc Fault Circuit Interrupter is an arc fault protection device. It protects circuits in the event of arcing faults and acts as a circuit breaker against contact faults in low-voltage installations. In addition to providing protection, it analyzes current and voltage curves using digital signal processing and interrupts circuits in the event of fault signatures. Colloquially, the AFCI is also known as a fire protection switch, as overheating at poor contact points or flashovers between two conductors can be prevented by emitted signals. Two MPP trackers for optimum solar yields Maximum Power Point Tracker technology is used to generate the best possible yield from a solar system. The MPPT determines the optimum ratio between irradiance, module temperature and solar cell type over the course of the day. The two MPP trackers in the MOD Inverter allow the optimum operating point for the two PV strings to be optimized separately. The two trackers work independently of each other and so, for example, shading on one string would have no effect on the second. Operating modes - configurable according to system requirements Working mode: The MOD-XH-BP converts the DC power from PV strings into AC power and feeds this into the power grid. As soon as the output power does not meet the requirements for grid-connected power generation, the normal operating mode is switched off.Fault mode: The inverter monitors and regulates the status of the system in real time. For example, if system or inverter faults occur, the display shows the fault information and disconnects the inverter output from the grid.Switch-off mode: The inverter switches off automatically when solar radiation is weak or absent. AC&DC Type II SPD AC and DC Type II SPDs (Surge Protective Devices) protect grid inverters from overvoltages and are an important component for the safety and reliability of solar systems. AC SPDs protect the AC side and DC SPDs protect the DC side of the inverter. These protective devices discharge excess voltage pulses that can be caused by lightning strikes, switching operations in the power grid or other events. Numerous protective functions DC / AC surge arrester: Type IIDC reverse polarity protection and disconnectorInsulation resistance detectionAC short-circuit protectionMains, residual current and string monitoringIslanding detectionAFCI protection (arc fault detection) Growatt monitoring platform (can be used with optional accessories) The Growatt monitoring platform can be used with the optional Shine series accessories. This is available as a smartphone app (for iOS and Android) and as a web version. The Shine accessories must be purchased separately, use of the platform is free of charge. You can configure and monitor all your Growatt products via Shine, and it is also possible to display self-consumption and trends.The following Shine options are compatible with the MOD 3-15KTL3-X/XH series: ShineWiFi-XShine4G-XShineLan-XShineLink-X Technical data Input (DC) Max. PV line: 6000WMax. Input voltage: 1100VStart voltage: 160VNominal voltage: 600VMPPT-Spannungsbereich: 140-1000VMax. Input current per MPPT: 16AMax. Short-circuit current per MPPT: 20A Input (DC battery) Compatible with ARK XH battery systemOperating voltage range: 600-950VMax. Operating current: 11AMax. Charging power: 6000WMax. Discharge power: 3300W Output (AC) Rated AC power: 3000WNominal AC voltage range: 220V/380V, 230V/400V (340-44V0)Frequency range: 50/60 Hz (45-55Hz/55-65Hz)Max. Output current: 5A general Max. Efficiency: 98.3%Dimensions: 425 x 387 x 147 mmWeight: 12.5 kgOperating temperature range: -25°C - +60°CProtection class: IP66Manufacturer's warranty: 5 years Scope of delivery 1x Growatt MOD 3KTL3-XH-BP hybrid inverter

The Growatt MOD 6KTL3-XH-BP hybrid inverter (MPN MOD 6KTL3-XH-BP) is a 3-phase inverter that ensures simple and user-friendly operation of large solar systems thanks to its high performance and compact size. The inverter is characterized by a high efficiency of 98.3 %, which makes it a powerful and flexible device when configuring a system. In addition to 2 independent MPPT inputs and a maximum PV power of 12000W, the inverter also has an OLED touch display, which is a great advantage for simple and uncomplicated operation. Loads and batteries can also be connected. The APX battery system is compatible with this. As an option, the MOD-XH-BP series can be combined with the SYN 50 XH 30 backup box to achieve off-grid operation. The MOD-XH-BP series: 2 independent MPPTsBattery-ready, future-proofType II SPD on DC and AC sideIntegrated AFCI functionSupport for export limitationOLED and touch buttonDC/AC ratio up to 2.0Off-grid function possible with optional accessories Hybrid inverter In contrast to conventional inverters, hybrid inverters can not only feed the electricity generated by the solar system into the grid, but also store it in batteries. This means that the solar power is also available when the sun is not shining. Another feature of hybrid inverters is their ability to optimize a household's electricity consumption by preferring to use the solar power directly in the household before feeding it into the grid. Active safety with AFCI function An Arc Fault Circuit Interrupter is an arc fault protection device. It protects circuits in the event of arcing faults and acts as a circuit breaker against contact faults in low-voltage installations. In addition to providing protection, it analyzes current and voltage curves using digital signal processing and interrupts circuits in the event of fault signatures. Colloquially, the AFCI is also known as a fire protection switch, as overheating at poor contact points or flashovers between two conductors can be prevented by emitted signals. Two MPP trackers for optimum solar yields Maximum Power Point Tracker technology is used to generate the best possible yield from a solar system. The MPPT determines the optimum ratio between irradiance, module temperature and solar cell type over the course of the day. The two MPP trackers in the MOD Inverter allow the optimum operating point for the two PV strings to be optimized separately. The two trackers work independently of each other and so, for example, shading on one string would have no effect on the second. Operating modes - configurable according to system requirements Working mode: The MOD-XH converts the DC power from PV strings into AC power and feeds this into the power grid. As soon as the output power does not meet the requirements for grid-connected power generation, the normal operating mode is switched off.Fault mode: The inverter monitors and regulates the status of the system in real time. For example, if system or inverter faults occur, the display shows the fault information and disconnects the inverter output from the grid.Switch-off mode: The inverter switches off automatically when solar radiation is weak or absent. AC&DC Type II SPD AC and DC Type II SPDs (Surge Protective Devices) protect grid inverters from overvoltages and are an important component for the safety and reliability of solar systems. AC SPDs protect the AC side and DC SPDs protect the DC side of the inverter. These protective devices discharge excess voltage pulses that can be caused by lightning strikes, switching operations in the power grid or other events. Numerous protective functions DC / AC surge arrester: Type IIDC reverse polarity protection and disconnectorInsulation resistance detectionAC short-circuit protectionMains, residual current and string monitoringIslanding detectionAFCI protection (arc fault detection) Growatt monitoring platform (can be used with optional accessories) The Growatt monitoring platform can be used with the optional Shine series accessories. This is available as a smartphone app (for iOS and Android) and as a web version. The Shine accessories must be purchased separately, use of the platform is free of charge. You can use Shine to configure and monitor all your Growatt products and display self-consumption and trends.The following Shine options are compatible with the MOD 3-15KTL3-X/XH series: ShineWiFi-XShine4G-XShineLan-XShineLink-X Technical data Input (DC) Max. PV line: 12000WMax. Input voltage: 1100VStart voltage: 160VNominal voltage: 600VMPPT-Spannungsbereich: 140-1000VMax. Input current per MPPT: 16AMax. Short-circuit current per MPPT: 20A Input (DC battery) Compatible with ARK XH battery systemOperating voltage range: 600-950VMax. Operating current: 11AMax. Charging power: 6000WMax. Discharge power: 6600W Output (AC) Rated AC power: 6000WNominal AC voltage range: 220V/380V, 230V/400V (340-44V0)Frequency range: 50/60 Hz (45-55Hz/55-65Hz)Max. Output current: 10A general Max. Efficiency: 98.3%Dimensions: 425 x 387 x 147 mmWeight: 12.5 kgOperating temperature range: -25°C - +60°CProtection class: IP66Manufacturer's warranty: 5 years Scope of delivery 1x Growatt MOD 6KTL3-XH-BP hybrid inverter

The Growatt MOD 9KTL3-XH-BP hybrid inverter (MPN MOD 9KTL3-XH-BP) is a 3-phase inverter that ensures simple and user-friendly operation of large solar systems thanks to its high performance and compact size. The inverter is characterized by a high efficiency of 98.6%, which makes it a powerful and flexible device when configuring a system. In addition to 2 independent MPPT inputs and a maximum PV power of 18000W, the inverter also has an OLED touch display, which is a great advantage for simple and uncomplicated operation. Loads and batteries can also be connected. The APX battery system is compatible with this. As an option, the MOD-XH-BP series can be combined with the SYN 50 XH 30 backup box to achieve off-grid operation. The MOD-XH-BP series: 2 independent MPPTsBattery-ready, future-proofType II SPD on DC and AC sideIntegrated AFCI functionSupport for export limitationOLED and touch buttonDC/AC ratio up to 2.0Off-grid function possible with optional accessories Hybrid inverter In contrast to conventional inverters, hybrid inverters can not only feed the electricity generated by the solar system into the grid, but also store it in batteries. This means that the solar power is also available when the sun is not shining. Another feature of hybrid inverters is their ability to optimize a household's electricity consumption by preferring to use the solar power directly in the household before feeding it into the grid. Active safety with AFCI function An Arc Fault Circuit Interrupter is an arc fault protection device. It protects circuits in the event of arcing faults and acts as a circuit breaker against contact faults in low-voltage installations. In addition to providing protection, it analyzes current and voltage curves using digital signal processing and interrupts circuits in the event of fault signatures. Colloquially, the AFCI is also known as a fire protection switch, as overheating at poor contact points or flashovers between two conductors can be prevented by emitted signals. Two MPP trackers for optimum solar yields Maximum Power Point Tracker technology is used to generate the best possible yield from a solar system. The MPPT determines the optimum ratio between irradiance, module temperature and solar cell type over the course of the day. The two MPP trackers in the MOD Inverter allow the optimum operating point for the two PV strings to be optimized separately. The two trackers work independently of each other and so, for example, shading on one string would have no effect on the second. Operating modes - configurable according to system requirements Working mode: The MOD-XH converts the DC power from PV strings into AC power and feeds this into the power grid. As soon as the output power does not meet the requirements for grid-connected power generation, the normal operating mode is switched off.Fault mode: The inverter monitors and regulates the status of the system in real time. For example, if system or inverter faults occur, the display shows the fault information and disconnects the inverter output from the grid.Switch-off mode: The inverter switches off automatically when solar radiation is weak or absent. AC&DC Type II SPD AC and DC Type II SPDs (Surge Protective Devices) protect grid inverters from overvoltages and are an important component for the safety and reliability of solar systems. AC SPDs protect the AC side and DC SPDs protect the DC side of the inverter. These protective devices discharge excess voltage pulses that can be caused by lightning strikes, switching operations in the power grid or other events. Numerous protective functions DC / AC surge arrester: Type IIDC reverse polarity protection and disconnectorInsulation resistance detectionAC short-circuit protectionMains, residual current and string monitoringIslanding detectionAFCI protection (arc fault detection) Growatt monitoring platform (can be used with optional accessories) The Growatt monitoring platform can be used with the optional Shine series accessories. This is available as a smartphone app (for iOS and Android) and as a web version. The Shine accessories must be purchased separately, use of the platform is free of charge. You can use Shine to configure and monitor all your Growatt products and display self-consumption and trends.The following Shine options are compatible with the MOD 3-15KTL3-X/XH series: ShineWiFi-XShine4G-XShineLan-XShineLink-X Technical data Input (DC) Max. PV line: 18000WMax. Input voltage: 1100VStart voltage: 160VNominal voltage: 600VMPPT-Spannungsbereich: 140-1000VMax. Input current per MPPT: 16AMax. Short-circuit current per MPPT: 20A Input (DC battery) Compatible with ARK XH battery systemOperating voltage range: 600-950VMax. Operating current: 18.5AMax. Charging power: 10000WMax. Discharge power: 9900W Output (AC) Rated AC power: 9000WNominal AC voltage range: 220V/380V, 230V/400V (340-44V0)Frequency range: 50/60 Hz (45-55Hz/55-65Hz)Max. Output current: 15A general Max. Efficiency: 98.6%Dimensions: 425 x 387 x 178 mmWeight: 14 kgOperating temperature range: -25°C - +60°CProtection class: IP66Manufacturer's warranty: 5 years Scope of delivery 1x Growatt MOD 9KTL3-XH-BP hybrid inverter

The Growatt SPH4000TL3 BH-UP hybrid inverter is a state-of-the-art solution for solar projects. With intelligent load management, a wide battery voltage range of 100-550 V and a VPP interface, it offers flexibility and efficiency. The inverter supports solar systems with an output of up to 6000 W and enables an uninterruptible power supply. With these features, the SPH4000TL3 BH-UP is the ideal solution for flexible and reliable solar systems. About the SPH4000TL3 BH-UP inverter 100% three-phase asymmetrical outputIntelligent power control at phase levelWide battery voltage range 100-550 VUPS function (UPS) with 10ms switching timeVPP interfaceScalable system configurationDC/AC type II SPDDC/AC ratio up to 1.5Two MPP (Maximum Power Point) trackersSupports lithium and lead-acid batteriesIntelligent load control via dry contact Hybrid inverter In contrast to conventional inverters, hybrid inverters offer the option of not only feeding the solar power generated into the grid, but also storing it in batteries. This means that the stored solar power can be used even when the sun is not shining. Another function of hybrid inverters is to optimize a household's electricity consumption by preferring to use the solar power generated directly in the household before it is fed into the grid. This leads to a reduction in energy costs and less dependence on expensive grid electricity. Operating modes - Configurable according to system requirements Online mode Different operating modes can be set for optimum system integration of the SPH inverter. When entered directly on the device, a priority mode can only be set for one period. When using the online platform, up to three time periods can be set for the priority mode (a chargeable accessory is required to use this function). Load first:With the standard "Load first" mode, the connected loads (consumers) are supplied with energy first. As soon as the PV energy is sufficient for the load, the surplus energy is fed into the battery. If the battery is fully charged or none is connected, the remaining energy is fed into the grid.Battery first:In this mode, the inverter first fully charges the battery with the maximum possible solar power. If the PV power is not sufficient, the grid charging function can also be activated.Grid first:In this mode, the PV energy generated is fed into the grid first. The on and off time of the mode can be set here, as well as the power rate. Backup mode: If there is no longer any grid voltage at the device, e.g. due to a short-term power failure or blackout, the Growatt SPH automatically switches to backup mode. This ensures that the AC output is supplied via the EPS-LOAD connection. The required energy is only supplied via the solar system and the battery. If the PV system also fails, the battery secures the AC supply until it is discharged. If required, the automatic switch to this mode can also be deactivated. Maximum Power Point Tracking By using Maximum Power Point Tracking (MPPT) technology, a solar system can achieve the optimum yield. The MIC inverter is equipped with an MPPT that adjusts the optimum ratio of voltage and current throughout the day according to the solar radiation and the module temperature of the solar modules. With its wide MPPT voltage range, many solar modules can be connected, enabling efficient energy generation. This advantage is particularly evident when the sky is partly cloudy and the light intensity is constantly changing. Intelligent load management The inverter's integrated smart load control enables precise and efficient control of energy consumption. By using a potential-free contact, electrical loads can be controlled intelligently and prioritized. This function enables automatic detection of energy requirements and optimum use of the available energy. Smart load management ensures optimum distribution of energy and thus contributes to efficient use. With the intelligent load control via the dry contact, the inverter is able to optimize the energy flow and ensure efficient operation of your solar system. Growatt monitoring platform By using the optional accessories of the Shine series, you can use the Growatt monitoring platform. This platform is available as a smartphone app for iOS and Android as well as a web version. The Shine accessories must be purchased separately, but use of the platform is free of charge. Shine allows you to configure and monitor all your Growatt products and also allows you to view self-consumption and track trends.The following Shine options are compatible with the SPH series: ShineWiFi-XShineLink-XShine4G-XShineMaster Technical data Recommended module power: up to 6000 WMax. DC voltage: 1000VStarting voltage: 120 VMPPT voltage range: 120-1000 V/600 VBattery voltage range: 100~550VMax. Charge/discharge current: 25 AContinuous charge/discharge power: 4000 WAC rated power: 4000 WMax. Apparent power: 4000 VAMax. AC output power: 4000 WMax. Output current: 6.1 ANominal AC voltage range: 230/400 V (310~476 V)AC mains frequency range: 50/60 Hz (45Hz-55Hz/55Hz-65Hz)Housing classification: IP65Manufacturer's warranty: 10 yearsMaximum efficiency of 97.6%Dimensions: 505 x 453 x 198 mmWeight: 30 kg Scope of delivery 1x Growatt SPH4000TL3 BH-UP inverter

The Growatt SPH4600TL BL-UP hybrid inverter supports solar modules with an output of up to 8200W. It offers a scalable system configuration and a UPS function with a switchover time of 10ms. In addition, the single-phase inverter enables intelligent load management via a potential-free contact. With these functions, the inverter offers a flexible and reliable solution for solar projects. About the SPH4600TL BL-UP inverter Two MPP trackers (Maximum Power Point)UPS function, 10ms switching timeIntelligent load management via potential-free contactScalable system configurationVPP interface readyIntelligent remote monitoring and maintenanceSupports lithium and lead-acid batteriesDC/AC ratio up to 1.5LCD+LED displayComplies with CE, VDE0126-1-1, etc. Hybrid inverter Compared to conventional inverters, hybrid inverters offer the option of not only feeding the generated solar power into the grid, but also storing it in batteries. This means that the stored solar power can be used even when the sun is not shining. Another function of hybrid inverters is to optimize a household's electricity consumption by primarily using the solar power generated directly in the household before it is fed into the grid. This leads to a reduction in energy costs and less dependence on expensive grid electricity. Operating modes - configurable according to system requirements Online mode Different operating modes can be set for optimum system integration of the SPH inverter. When entered directly on the device, a priority mode can only be set for one period. When using the online platform, up to three time periods can be set for the priority mode (a chargeable accessory is required to use this function). Load first:With the standard "Load first" mode, the connected loads (consumers) are supplied with energy first. As soon as the PV energy is sufficient for the load, the surplus energy is fed into the battery. If the battery is fully charged or none is connected, the remaining energy is fed into the grid.Battery first:In this mode, the inverter first fully charges the battery with the maximum possible solar power. If the PV power is not sufficient, the grid charging function can also be activated.Grid first:In this mode, the PV energy generated is fed into the grid first. The on and off time of the mode can be set here, as well as the power rate. Backup mode: If there is no longer any grid voltage at the device, e.g. due to a short-term power failure or blackout, the Growatt SPH automatically switches to backup mode. This ensures that the AC output is supplied via the EPS-LOAD connection. The required energy is only supplied via the solar system and the battery. If the PV system also fails, the battery secures the AC supply until it is discharged. If required, the automatic switch to this mode can also be deactivated. Maximum Power Point Tracking By using Maximum Power Point Tracking (MPPT) technology, the optimum yield is achieved in a solar system. The MIC inverter has an MPPT that sets the ideal ratio between voltage and current during the course of the day according to the solar radiation and the module temperature of the solar modules. Thanks to the wide MPPT voltage range, many solar modules can be connected, which enables efficient energy generation. This advantage is particularly evident when the sky is partly cloudy and the light intensity is constantly changing. Intelligent load management The inverter's integrated intelligent load management enables efficient and precise control of energy consumption. Electrical loads can be intelligently controlled and prioritized via the potential-free contact. This function makes it possible to automatically detect the energy demand and make optimum use of the available energy. Intelligent load management ensures optimum distribution of energy and thus contributes to efficient use. With intelligent load control via the dry contact, the inverter is able to optimize the energy flow and ensure efficient operation of your solar system. Growatt monitoring platform The Growatt monitoring platform can be used with the optional Shine series accessories. This is available as a smartphone app (for iOS and Android) as well as a web version. The Shine accessories must be purchased separately, use of the platform is free of charge. You can configure and monitor all your Growatt products via Shine, and it is also possible to display self-consumption and trends.The following Shine options are compatible with the SPH series: ShineWiFi-XShineLink-XShine4G-XShineMaster Technical data Recommended module power: up to 8200 WMax. DC voltage: 550 VStarting voltage: 120 VMPPT voltage range: 120-550 V/360 VBattery voltage range: 42~59 VMax. Charge/discharge current: 85 AContinuous charge/discharge power: 4000 WAC rated power: 4600 WMax. Apparent power: 4600 VAMax. AC output power: 4000 WMax. Output current: 17.4 AAC nominal voltage range: 230V (180Vac-270Vac)AC mains frequency range: 50/60 Hz (45Hz-55Hz/55Hz-65Hz)Housing classification: IP65Manufacturer's warranty: 10 yearsMaximum efficiency of 97.4%Dimensions: 420 x 560 x 180mmWeight: 31 kg Scope of delivery 1x Growatt SPH4600TL BL-UP inverter

The Growatt MIC 1500TL-X inverter is a lightweight and compact on-grid inverter, also known as a micro inverter, with which you can feed your solar energy into the home grid. It is ideal for use with a small solar system, for example on balconies, garden sheds, garages or areas with shading. The inverter has 1 MPPT tracker with a maximum input current of 13A. High safety is an important aspect and is achieved through several features such as a built-in DC switch, overvoltage protection and reverse polarity protection. The inverter uses natural convection cooling, which means that there is no mechanically noisy cooling system. It also has fewer moving parts, less maintenance and a lower risk of malfunction. At only 6 kg. It is one of the smallest inverters on the market. This makes the Growatt MIC 1500TL-X inverter easy and quick to set up by an installer, saving time and money. Specifications: Efficiency up to 97.4Mpp voltage range: 50-500VMax. Output power: 1500WMax. Output current: 7.1AMax. PV input power: 2100WMaximum input current: 13ASelf-consumption at night: <0.5WMpp tracker / strings: 1Number of phases: 1DC connection: MC4Very quiet thanks to convection coolingBuilt-in DC switch for solar cellsApprovals: VDE 0126-1-1, VDE-AR-N 4105:2018 and others.IP65Dimensions (L x W x H) - 274 x 254 x 138 [mm]Weight: 6kg Installation of the inverter We always recommend that you contact an authorized electrician when connecting your inverter to ensure a safe and legal installation. Warranty: 10 year Growatt warranty (see warranty document in downloads) Scope of delivery: 1x Growatt MIC 1500TL-X inverter