3 phase Inverters are an essential component of solar power systems. They convert the DC current produced by solar panels into AC current, which can then be used to charge batteries or power appliances and other electrical devices. Solar inverters are designed to withstand extreme weather conditions, withstanding temperatures ranging from -40°C (-40°F) to +55°C (+131°F). In addition, they have excellent surge protection capabilities to protect your system against lightning strikes or other types of electrical surges caused by weather events like thunderstorms and hurricanes.
Excellent DC surge protection
- Excellent DC surge protection
The three phase inverter automatically detects the fault, and then it can be protected from the damage caused by the excessive current, voltage, power and temperature.
- Automatic overload protection
The inverter will shut off automatically when it is overloaded for a long time. This function also helps to protect your solar panels from damage.
- Backup time configuration of the 3 phase inverter
You can configure backup time based on your need so that you don’t need to worry about when to take care of your appliances during power outage or other unusual situations.
- Easy monitoring with LCD display interface When your solar panels work normally, all information about them will be displayed on LCD screen at any time you want to know about them in details. And vice versa: when something goes wrong with them (the insolation decreases significantly), their working status will be shown on this screen as well; thus giving an alert sign right away!
Comprehensive LCD display and real-time monitoring
- LCD display and real-time monitoring
It is very helpful to know the real-time status of your utility system. The LCD display provides a clear view of the system performance, visualizing solar power generation, consumption and 3 phase inverter power consumption. It also shows real time voltage, current and frequency values in graphical form to allow easy interpretation by users. This can help you to monitor your system operation at any time for better management of your equipment life cycle and energy cost control.
The LCD display also provides a clear view of the system performance, visualizing solar power generation, consumption and battery power consumption. It also shows real time voltage, current and frequency values in graphical form to allow easy interpretation by users.
Dual MPPT tracking for independent usage of the multiple MPP trackers
MPPT tracking is the process of adjusting the DC voltage and current in order to maximize the power output. There are two ways it can be done: by adjusting the DC voltage and current in order to maximize the power output of a solar panel, or by converting an AC signal into a DC signal in order to maximize the power output of a solar panel.
MPPT tracking is one of the most important features that makes up solar 3phase inverters and batteries as they convert direct currents into alternating currents for storage purposes. It allows you to save energy without sacrificing quality because it allows you to charge your battery faster than normal so you won’t have any problems when using your device later on!
Easy installation, use and maintenance in a wide temperature range
Three inverter has an easy installation, use and maintenance in a wide temperature range. The intelligent LCD display provides detailed information about the system status, such as power generation and consumption; real-time monitoring of battery charging/discharging status; dual MPPT tracking for independent usage of the multiple MPP trackers. This ensures that you can get solar panels at their highest efficiency point, which will improve your solar panels’ performance and reduce your overall costs.
Moreover, apart from being able to provide comprehensive DC surge protection for all types of PV arrays (monocrystalline silicon (18%~20%), Polycrystalline silicon(14%~16%) or thin film), this 3phase inverter also comes with excellent DC surge protection capabilities to ensure optimal power conversion efficiency under all conditions whether it is cloudy or sunny outside
Longer battery life
- Lithium batteries are used in solar inverters.
- Lithium batteries are more expensive than lead-acid batteries.
- Lithium batteries are more efficient than lead-acid batteries.
- Lithium battery life is longer than lead-acid battery life (this is because lithium batteries have a higher energy density, meaning that they can store more charge in a smaller space).
3phase Solar Inverter with lithium battery has many advantages over the traditional solar inverter with lead acid battery system:
It has a wider operating temperature range from –20°C to 60°C; it can work under extreme conditions like -30°C to 85°C. It also has lower maintenance costs because you don’t need to check the water level in your system and keep it charged regularly as there is no liquid inside of it!
It can store more power than a lead-acid battery. It has a longer service life because lithium batteries don’t degrade as quickly as lead-acid batteries do. It has faster charging times compared to lead-acid batteries that take 6–8 hours to charge fully
Selective load control (deferred execution)
Selective load control (deferred execution)
This feature allows you to prioritize the load control of the 3phase inverter. For example, when there is an overload or short circuit on a branch circuit, it will automatically cut off all other branches and focus on boosting up the voltage in order to ensure that this branch is safely restored.
Multiple MPPT trackers
Dual MPPT tracking for independent usage of the multiple MPP trackers. Three phase inverter is equipped with two separate DC input circuits (MPPT trackers) and can independently connect two DC power generators.
When the two MPPT trackers are activated, the inverter can charge two separate DC power generators at the same time. This feature is especially useful for off-grid applications where you have to use multiple solar panels simultaneously in order to meet daily power demands.
Features of 3 phase solar inverter
- Excellent DC surge protection
- Comprehensive LCD display and real-time monitoring
- Dual MPPT tracking for independent usage of the multiple MPP trackers
- Easy installation, use and maintenance in a wide temperature range
- Longer battery life
- Selective load control (deferred execution) – Parallel connection of two or more units for larger power requirement – Three-phase input for residential and commercial solar systems
– Long-term performance guarantee – Communication and data transfer via the CAN bus interface
– High-quality components and materials for reliable performance in the long term – Full range of features and functions of the LiON series – Accurate PV array parameters, battery status and operating state display
Conclusion
With the above features of 3 phase solar inverter, you can now decide on the best option for your home. The market is full of options and it will be difficult to find the right product. However, by following the above tips, you can easily choose one which meets all your requirements.
