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5 minutes to introduce you to the Fangpusun Xtalent Series Hybrid Inverter/Charger Introduction to the Xtalent Hybrid Inverter/ChargerFangpusun Xtalent series inverter for sine wave, power frequency inverter, this is a hybrid inverter, can be 3 sets up to 9 sets of parallel three-phase, and can be used complementary to the power grid, can also be connected to the generator off-grid use.Xtalent Hybrid Well /Charger common featuresXtalent Hybrid Inverter/Charger not only has the direct AC conversion function, but also has the following six functions: 1.AC source assistance (Smart-Boost function)General descriptionThe function Smart-Boost enables to add to the source the inverter power, like for instance a genset or the shore power.Features & advantages· Possibility to undersize an AC source (for example a generator).· Possibility to add power to almost any other existing inverter (by adding an Xtalent)· Limitation of the AC source consumption with an automatic reduction of peak loads and an automatic allocation of the power available   2. Optimal solar backupGeneral descriptionThis application note describes how to use renewable energy in a backup system, even when the system is connected to a grid and grid feeding is not possible.Features & advantages· Ideal for backup systems with renewable energy where there is no feed-in tariff or where grid feeding is not possible.· Use all of the available renewable energy.· Direct use of renewable energy without cycling energy in the battery(-ies) to avoid their premature aging.  3. Ensured constant power to a variable speedgenerator systemGeneral descriptionA variable speed generator (Dynawatt, DometicTravel_power) produces a precise 230VAc electrical voltage directly from a boat or vehicle engine, independently of engine speed. One problem is that the power output depends on speed of the engine. By adding to the system an Xtalent, it is possible to ensure a constant power at the output whatever the speed of the engine, which allows the use of all loads at all times.Features & advantages• Ensure a constant power output even with a reduced engine speed.• Possibility to have more power available (Variable speed generator power andXtalent power added together).4. Automatic management of two different energySourcesGeneral descriptionThis application note explains how a user can easily switch between two different energy sources at the entry of an Xtalent. These two different sources would be, for example in a backup system, the switch between the grid and a generator, or in a marine application, the switch between the shore power and the on board generator.Features & advantages• Automatic switch between two different energy sources and possibility to program the two different currents of the two ac sources.• Possibility to define a master source when two energy sources are presentsimultaneously.• Presence of a mechanical interlock module that ensures in all cases no short circuit on the sources.  5. Automatic start of a generatorGeneral descriptionThis application note will help you to set your Xtalent for an automatic start of a generator as per different parameters such as output power, level of battery voltage, or acombination of several conditionsFeatures & advantages• Activation with set schedules• Activation according to one or multiple events :- External command- Voltage level of batteries- Over temperature- Output power- Etc…• Possibility to combine different conditions.  6. AC Coupling with XtalentGeneral descriptionAC Coupling is a term used to describe systems that combine standard grid tieinverters (usually feeding all energy produced to grid) and battery basedinverters (usually for off-grid or backup applications).AC coupling can be used in different ways depending on the application and thepurpose that you are looking for. Features & advantages• Direct use of renewable energy without cycling energy in the battery(-ies) to avoid their premature aging if used during the day.• Ideal for long distances between production and storage.• Compatible with all grid inverter brands (if no control of impedance).    

5 minutes to introduce you to the Fangpusun Xtalent Series Hybrid Inverter/Charger Introduction to the Xtalent Hybrid Inverter/ChargerFangpusun Xtalent series inverter for sine wave, power frequency inverter, this is a hybrid inverter, can be 3 sets up to 9 sets of parallel three-phase, and can be used complementary to the power grid, can also be connected to the generator off-grid use.Xtalent Hybrid Well /Charger common featuresXtalent Hybrid Inverter/Charger not only has the direct AC conversion function, but also has the following six functions: 1.AC source assistance (Smart-Boost function)General descriptionThe function Smart-Boost enables to add to the source the inverter power, like for instance a genset or the shore power.Features & advantages· Possibility to undersize an AC source (for example a generator).· Possibility to add power to almost any other existing inverter (by adding an Xtalent)· Limitation of the AC source consumption with an automatic reduction of peak loads and an automatic allocation of the power available   2. Optimal solar backupGeneral descriptionThis application note describes how to use renewable energy in a backup system, even when the system is connected to a grid and grid feeding is not possible.Features & advantages· Ideal for backup systems with renewable energy where there is no feed-in tariff or where grid feeding is not possible.· Use all of the available renewable energy.· Direct use of renewable energy without cycling energy in the battery(-ies) to avoid their premature aging.  3. Ensured constant power to a variable speedgenerator systemGeneral descriptionA variable speed generator (Dynawatt, DometicTravel_power) produces a precise 230VAc electrical voltage directly from a boat or vehicle engine, independently of engine speed. One problem is that the power output depends on speed of the engine. By adding to the system an Xtalent, it is possible to ensure a constant power at the output whatever the speed of the engine, which allows the use of all loads at all times.Features & advantages• Ensure a constant power output even with a reduced engine speed.• Possibility to have more power available (Variable speed generator power andXtalent power added together).4. Automatic management of two different energySourcesGeneral descriptionThis application note explains how a user can easily switch between two different energy sources at the entry of an Xtalent. These two different sources would be, for example in a backup system, the switch between the grid and a generator, or in a marine application, the switch between the shore power and the on board generator.Features & advantages• Automatic switch between two different energy sources and possibility to program the two different currents of the two ac sources.• Possibility to define a master source when two energy sources are presentsimultaneously.• Presence of a mechanical interlock module that ensures in all cases no short circuit on the sources.  5. Automatic start of a generatorGeneral descriptionThis application note will help you to set your Xtalent for an automatic start of a generator as per different parameters such as output power, level of battery voltage, or acombination of several conditionsFeatures & advantages• Activation with set schedules• Activation according to one or multiple events :- External command- Voltage level of batteries- Over temperature- Output power- Etc…• Possibility to combine different conditions.  6. AC Coupling with XtalentGeneral descriptionAC Coupling is a term used to describe systems that combine standard grid tieinverters (usually feeding all energy produced to grid) and battery basedinverters (usually for off-grid or backup applications).AC coupling can be used in different ways depending on the application and thepurpose that you are looking for. Features & advantages• Direct use of renewable energy without cycling energy in the battery(-ies) to avoid their premature aging if used during the day.• Ideal for long distances between production and storage.• Compatible with all grid inverter brands (if no control of impedance).    

Learn about the faQs of Fangpusun inverters and be the "family doctor" of your own inverterAll inverters on the market may have some problems during long-term use. Some problems are quality problems that require professional personnel to repair, but there are some common problems that can be easily solved by themselves. Let's take a look at several common problems and solutions in Fangpusun inverters: RCC shows: Warning (041): Over temperature TRThe transformer temperature limit has been reached. The device will deliver only half of itsnominal power until the temperature decreases. Check the ventilation slots on theFangpusun hybrid inverters are not obstructed or dirty and that the fans work. The fans can be tested by turning off and disconnecting the device from the battery. Upon reconnection, the fans spin momentarily. RCC shows: Halted (022): Voltage presence on AC1OutFangpusun Inverters detects a voltage above 50Vac at the AC-Out and considers an external source is present, therefore, the device is not allowed to start-up. In a three phase system, the phenomenon can occur if one phase is missing and a three phase load is connected. If so, test activating the integral mode {1283}, which prevents all phases from starting if one is missing. In a system with Fangpusun hybrid inverters in parallel, the AC-Out voltage test is automatically deactivated in the Fangpusun hybrid inverters. RCC shows: Halted (023): Phase not definedCheck the presence of the phase selector jumper on each Fangpusun hybrid inverters. If there is no jumper,the device is considered to be on phase 1. RCC shows: Halted (183): An Fangpusun hybrid inverters has lost communication with the systemAn XTH/XTM/XTS has disappeared from the communication bus. For security reasons, thesystem has halted. Check each Fangpusun hybrid inverters in the system. The RCC, system info section is helpful to see which devices are present on the communication bus. RCC shows:  Error (184): Check phase orientation or circuit breakers state on AC-In A device has received permission to connect to the AC-In from the master of the phase, but either the grid is absent at its AC-In, the phase is incorrect, or the phase and neutral cables are crossed.    The above five points are some common non-quality problems of Fangpusun inverters, and these problems can be solved by themselves through the method we introduced. Fangpusun has been focusing on the research and development and production of solar controller and inverter, and committed to providing customers with high quality and high performance solar products. We will continue to focus on customers. Do not forget to solve problems for customers, and strive to make every customer satisfied! 

Working in solar power generation, we inevitably come into contact with terms and terms related to electricity, and often have a lot of confusion about electricity. The same component, the same installation method, what factors cause the different power generation? Why do fires start with electricity? Why does the isolation transformer consume power when the grid-connected inverter does not work at night?Many often heard, seemingly simple, and not easy to explain the question, through the study of this chapter will have a clear answer.1. Composition and function of the circuitThe path through which the current flows is called a circuit. It is composed of four basic parts: power supply, load, switch and connecting conductor. A power supply is a device that converts non-electrical energy into electrical energy and provides external electrical energy. Common power sources include photovoltaic power generation systems, batteries and generators. A load is a general term used in a circuit to convert electrical energy into other forms of energy. Such as the electric lamp to convert electricity into light energy; The soldering iron converts electrical energy into heat energy; An electric motor converts electrical energy into mechanical energy. Switches belong to control appliances, used to control the circuit on or off. The connecting wire connects the power supply and the load, and is responsible for the transmission and distribution of electric energy. The current direction of the circuit is from the positive pole of the power supply through the load to the negative pole of the power supply, inside the power supply, the current flows from the negative pole to the positive pole, forming a closed path.  The power supply and load can also be transformed. For example, the power grid is generally the power supply, but in the photovoltaic grid-connected system, the power supply is the module and inverter, and the power grid is the load. The battery is a load when charging and a power source when discharging. 2. Three states of the circuitThere are three states of a circuit: path, open circuit and short circuit. Access means that the circuit is connected everywhere. A pathway circuit is also called a closed circuit, or closed circuit for short. Only in the case of the pathway, the circuit has a normal working current, open circuit is somewhere in the circuit is disconnected, there is no path of the circuit, open circuit is also called open circuit, at this time there is no current in the circuit;  Short circuit means that the two ends of the power supply or load are connected together by wires, which are called power short circuit or load short circuit respectively. When the power supply short circuit, the current provided by the power supply is many times larger than the current provided by the path. It is usually harmful and very dangerous, so the short circuit of the power supply is generally not allowed.In the photovoltaic system, when the inverter is working, the components are in the path state, and the voltage of the components is the working voltage. When the inverter is not working, the component is in the open state, and the voltage of the component is the open circuit voltage, which is generally 19% higher than the working voltage. Due to component is a current source, internal resistance is higher, the component when the short circuit current is not big, about 1.25 times of working current, so the single way of short circuit components, fuse not fuse, the inside of the inverter is the main purpose of fuse when there are multiple access, any link to prevent other groups will flow along the way, you need more than three road with fuse. 3. Ohm's LawThe so-called resistive circuit refers to the external circuit including the power supply. Ohm's law of resistive circuit is that the current intensity flowing through the conductor is proportional to the voltage at both ends of the conductor. Is inversely proportional to the resistance of the Yin conductor.Its mathematical expression is:I -- current in A conductor, (A);U -- voltage at both ends of the conductor, (V);R -- the resistance of the conductor, omega.1) When the whole circuit is in the path state, the terminal voltage is: U= E-IR. According to the formula, the external circuit voltage decreases with the increase of the current. The greater the internal resistance of the power supply, the more the external circuit voltage decreases. Constant voltage supply is required for DC loads, so it is always desirable to have as little internal resistance as possible. 2) When the whole circuit is in the state of open circuit, it is equivalent to the external circuit resistance value tends to infinity, at this time, the circuit current is zero, the open circuit resistance voltage is zero, the external circuit voltage is equal to the source electromotive force. 3) When the whole circuit is in short circuit state, the resistance value of the external circuit is close to zero, and the circuit current is called short circuit current. Because the internal resistance of the power supply is small, the short circuit current is large. Short circuit when the external circuit voltage is zero, the internal circuit resistance voltage is equal to the source electromotive force. 4. Series and parallel circuitsOn a circuit, several resistors or power sources are connected end to end in order to form a circuit without branching, called a series circuit. Two or more resistors or two ends of the power supply are connected to the same two nodes in the circuit. This connection is called a parallel circuit.The application of resistors in parallel is as extensive as that of resistors in series. Such as:1) Because the total resistance of the resistance parallel is less than any resistance in the parallel circuit, the method of resistance parallel can be used to obtain the resistance with smaller resistance value.2) Because the voltage at both ends of each branch of the parallel resistance is equal, therefore, loads with the same working voltage, such as motors and lights, are used in parallel, and the working state of any load is not affected by other loads, nor does it affect other loads. In the parallel circuit, the number of loads increases, the total resistance of the circuit decreases, the current increases, the load from the power source to take more energy, the load becomes heavier; The number of loads decreases, the total resistance of the circuit increases, the current decreases, the load takes less energy from the power supply, and the load becomes lighter. Thus, one can start or stop loads used in parallel as required by the job.3) In the electrical measurement of the application of resistance parallel shunt method to expand the range of ammeter.