As the global energy structure accelerates its transformation, solar systems are widely used in various scenarios such as homes, businesses, and industries. Especially in areas with unstable power grids, high electricity costs, or off grid needs, the "photovoltaic + energy storage" solution is becoming a mainstream choice. Highbreed inverter, as an important part of the solar system, affects the operating efficiency of the entire system. In this article, Xindun will explore highbreed inverter in depth.
Highbreed inverter is hybrid inverter, which is inverter that can realize intelligent scheduling of solar energy, energy storage batteries and mains power. It has the functions of "multi-source input + intelligent management + multi-mode output" and is generally divided into three working modes: off grid, on grid, and highbreed mode. It can convert direct current (DC) into alternating current (AC) and has the ability to work with different power systems. Compared with traditional inverters, it can not only power the load through solar energy, but also store excess power in the battery for use at night or during power outages; when neither solar nor batteries can meet the load, the system can also seamlessly switch to city power to achieve 24 hour uninterrupted power supply.
The reason why Highbreed Inverter is regarded as the "central brain" of the smart solar energy system lies in its complex and efficient operating principle. It realizes flexible management and automatic switching of multiple power sources through built in MPPT solar charge controller, so that the entire system can maintain stable operation under various power supply conditions.
Its core working principle is as follows:
1. Daytime operation: When there is sufficient sunlight during the day, the solar panel generates DC power, and the MPPT solar controller in the highbreed inverter will perform maximum power point tracking to ensure that the solar panel always generates power in the best state. The obtained electric energy is converted into AC power and supplied to the load first. If there is any surplus, the excess power will charge the battery; in the on grid mode, the power can also be transmitted to the grid to realize the secondary use of energy and obtain benefits.
2. Nighttime operation: When night falls or encounters rainy weather, the solar energy stops generating electricity, and the highbreed inverter will monitor the battery power and grid status in real time. If the battery power is sufficient, the system automatically switches to battery power to continuously meet the power demand; if the battery power is insufficient and the mains power is normal, the grid power supply is enabled. The entire switching process does not require manual operation, and the power supply priority can be set to ensure the continuity and efficiency of power consumption.
3.Mains power abnormality: Once the grid has abnormal conditions such as power outage, voltage instability or frequent fluctuations, the highbreed inverter will quickly start the off grid function and automatically switch to battery and solar power supply mode at millisecond speed to maintain the normal operation of critical loads. This feature makes it play an important role in medical, communication, security and other fields with extremely high requirements for power supply stability, avoiding major losses caused by power outages.
Stable power supply: For some application scenarios with high requirements for power stability, such as medical equipment operation and data center operation, highbreed inverters provide reliable protection. When the mains power grid fails or the voltage fluctuates, the highbreed inverter can quickly switch to battery power mode to ensure the normal operation of the equipment and avoid losses caused by power outages or unstable power.
Peak shaving and valley filling, reducing electricity bills: In areas where peak valley electricity prices are implemented, the highbreed system can purchase electricity from the power grid at a low price and store it in the battery when the electricity price is low, and use the battery to supply power during peak hours to save electricity bills.
High solar energy utilization rate: Highbreed inverters can make full use of the organic combination of solar energy, battery energy storage and mains power grid. When the sun is sufficient during the day, solar power is used first, and the excess power is stored; at night or on cloudy days, the stored electricity is used. This flexible energy allocation method greatly improves the efficiency of energy utilization, reduces dependence on the mains power grid, and saves electricity bills for users.
Adapt to the needs of various scenarios: Whether it is a family residence, commercial building, industrial plant, or independent power system in remote areas, hybrid inverters can play their advantages. In the home, it can be used with solar panels and batteries to achieve self sufficiency in household electricity; in commercial buildings, it can help companies reduce electricity costs and improve energy management efficiency; in remote areas, it can be used as an independent power supply solution to solve the problem of difficult power access.
Ultra wide photovoltaic tracking voltage: The MPPT photovoltaic tracking voltage range of Xindun's highbreed inverter is 30V/40V~300V/400V/500V, and the photovoltaic tracking voltage of inverters of different powers is different. The ultra wide voltage input range can meet the needs of a variety of solar panels in series combination, ensuring that the inverter can flexibly adapt to photovoltaic systems of different sizes and types. Low voltage enables the inverter to start generating electricity in the morning or on cloudy days when there is insufficient light; the high voltage range supports more solar panels in series, improving the overall power generation efficiency and output power of the system. Whether it is a small household application or a large scale commercial or industrial project, efficient and stable energy management can be achieved to maximize the benefits of photovoltaic power generation.
What is the best highbreed inverter and how to choose? As a manufacturer of highbreed inverter, Xindun provides hybrid inverters with stability, reliability and efficiency, suitable for off grid solar systems and various off grid environments. Below we will recommend 4 of the most popular highbreed inverters:
HFP Series Highbreed Inverter 1.3KW-12.3KW
Xindun HFP series is a high frequency inverter with battery output priority, mains output priority and solar output priority functions. It supports multiple working modes such as on grid, off grid, hybrid and batteryless, and users can flexibly configure it as needed. Its bidirectional energy storage design realizes bidirectional flow control of electric energy, and both solar energy and mains electricity can charge the battery. Built in MPPT solar controller, the maximum photovoltaic tracking voltage is 500V, which can fully tap the potential of solar energy; BMS lithium battery intelligent management system effectively extends the battery life. In addition, this series supports on grid power, creating additional benefits for users. HFP-S, HFP-C, and HFP-E series have inherited these core functions and have made innovations on this basis.
HFP-S Series Highbreed Inverter 3.3KW-12.3KW
As a dual AC output hybrid solar inverter, the HFP-S series has two output voltages, phases, and frequencies that are completely consistent, and is divided into main and auxiliary outputs. The main AC output is designed to power high power equipment such as air conditioners and refrigerators, while the auxiliary AC output is suitable for small appliances such as lamps and fans. Users can freely set the dual output switch. When this function is turned off, the main and auxiliary outputs can be loaded independently, and the total power does not exceed the rated value of the inverter. After turning on the intelligent dual output function, when the battery voltage is normal, the main and auxiliary outputs work synchronously; when the main output cut off voltage is reached, the main output is turned off, and the auxiliary output load upper limit is 30% of the rated power; after the recovery voltage is reached, the main output restarts; when the main output is cut off, the AC power is connected, and the work can be resumed immediately.
HFP-C Series Highbreed Inverter 4.3KW-12.3KW
The HFP-C solar hybrid inverter from Xindun not only continues the dual AC output characteristics of the HFP-S, but also has a unique design. It uses an LED intelligent RGB ring light strip, providing eight color options such as blue, green, and light blue. Users can set it independently and intuitively grasp the operating status of the equipment through the changes in light. The brightness of the light strip can be freely adjusted, combining a sense of technology and fashion, and achieving "visible energy management" with diverse visual effects.
HFP-E Series Highbreed Inverter 3.3KW-12.3KW
The HFP-E series inherits the stable performance of the HFP-S and focuses on improving the convenience of operation. Its innovatively designed detachable remote control panel allows users to separate the display panel from the host and flexibly deploy it according to the installation environment. Whether it is to check the power parameters in real time next to the distribution box, or to realize the centralized management of home energy in public areas such as the living room and corridor, it can be easily achieved, truly realizing "remote control, understanding at any time", bringing users a more convenient and safe electricity experience.
The above are the highbreed inverters recommended by Xindun. As a leading manufacturer of highbreed inverters, with more than 20 years of rich production experience and a research and development team of more than 30 people, the inverters we provide are diverse and fully functional, using advanced innovative technologies to enable products to flexibly adapt to the needs of home, commercial and industrial projects. Xindun is committed to helping customers improve the efficiency of solar energy utilization, reduce electricity costs, and achieve energy freedom. It is a trustworthy partner.
