In the realm of photovoltaic systems, inverters play a pivotal role as the core components. The gradual segmentation of the photovoltaic market has given rise to the development of various types of inverters, one of which is the microinverter.

The term "microinverter" typically refers to smaller-scale inverters within photovoltaic power systems equipped with module-level Maximum Power Point Tracking (MPPT). Like other inverters, they are responsible for converting the direct current (DC) voltage generated by solar panels into alternating current (AC) voltage, which can be fed back into power systems for use. The term "micro" distinguishes these inverters from traditional centralized and string inverters. Microinverters perform inversion for each individual module instead of panels in series.

Key Components of Microinverters

DC Input Terminal: This component connects to the DC output of solar panels.

MPPT: MPPT controllers typically feature an automatic adjustment capability, which continuously adapts the operating point of the solar array. This ensures that the system operates at the optimal voltage and current levels to maximize power output under varying environmental conditions.

Inversion Circuit: At the heart of the microinverter, this circuit efficiently converts DC power into AC power through controlled switching of power electronic devices.

Control Circuit: Responsible for monitoring and controlling the microinverter's operation, including synchronization with the grid and safety measures.

AC Output Terminal: The AC power generated is connected to power systems.

The Advantages of Microinverters

High Efficiency: Microinverters feature high electrical conversion efficiency and independent MPPTs. They also mitigate the "Bucket Effects," ensuring that even if some solar panels experience reduced power output due to factors like shading or leaves, the remaining panels operate at full capacity, thereby maintaining overall system efficiency.

Enhanced Safety: Microinverters typically operate with DC input voltages below 60V, eliminating the risk of high-voltage arcing and fire hazards, ensuring system and personnel safety.

Module-level Monitoring: Microinverters typically come equipped with monitoring systems that enable worldwide remote and real-time monitoring of each module through network connectivity, facilitating prompt troubleshooting and resolution of system faults.

Easy Scalability: The system can be easily expanded by paralleling more solar panels with their respective microinverters, without the need for system redesign or rewiring. The compact size and building-block installation design simplifies the system design and installation.

PV Systems with Microinverters

Microinverters are a fundamental component of a solar power system and are typically integrated with various components to provide electricity for residential and commercial users.

Solar Panels: These panels convert sunlight into DC electricity, serving as the primary component of photovoltaic systems. Microinverters work in conjunction with these panels to convert DC power into usable AC electricity for homes or businesses.

Monitoring System: Microinverters are often equipped with monitoring systems to track the performance of the photovoltaic system, including output power from each module and the microinverter's operational status. These monitoring systems communicate with a cloud platform, enabling real-time management of the system's performance.

Optional Battery Storage: Users have the option to incorporate energy storage systems. Microinverters can work in tandem with these systems, allowing excess electricity to be stored for use during periods of low sunlight or grid outages.

Beny’s Cutting-edge Microinverter Solutions

Beny's microinverters are compact and easy to install, covering a power range of 500-2800W, suitable for various system requirements and applications. They feature independent MPPTs, enabling parallel connection to multiple solar panels, thus enhancing energy efficiency and liberating the system from the "bucket effect." With a working voltage below 60V, they eliminate the risk of fires caused by high-voltage arcing and arcs. By incorporating Wi-Fi and PLCC for data transmission, module-level monitoring can be realized, with data stored in the cloud. Users can access real-time monitoring through Beny's cloud platform or the BYM Cloud App. In terms of environmental adaptability, Beny's microinverters can operate within a temperature range of -40 to +70°C and are rated at IP67 for excellent dust and water resistance. This enhances the product's performance stability, long-term reliability, and lifespan, particularly under extreme conditions. Moreover, Beny's microinverters employ automotive-grade NXP main control chips and power components from top international manufacturers. They have undergone rigorous quality testing, reliability validation, and accelerated life simulation tests, obtaining certifications from renowned institutions like CE, TUV Rheinland, and VDE, ensuring product quality. With a warranty lasting up to 25 years, users can have peace of mind.

Microinverters provide a versatile and highly efficient solution for photovoltaic systems. Their reliability, high efficiency, safety features, and scalability make them an ideal choice for distributed photovoltaic power applications. With real-time monitoring capabilities, microinverters are instrumental in advancing solar power technology and enhancing energy production. Beny remains committed to innovation, continually optimizing its microinverters to offer better solutions and promote the application of solar energy.